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  • Offer Profile
  • Extraordinary Technologies for Today's Plastics

    Our polymer processing team leverages more than 200 years of collective corporate experience in the plastics industry to produce a full range of precision melt stream products — from screws and barrels to filtration systems, pumps, and valves for extrusion and injection molding — to the dies used to create film, sheet, coatings and pelletizing systems to meet the constantly evolving needs of the polymer industry.

Product Portfolio

  • POLYMER PROCESSING SYSTEMS

      • Barrels

      • Polymer Processing System’s Xaloy® bimetallic, twin, extrusion, and injection barrels that meet the requirements for wear and corrosion resistance.

          • Xaloy® Extrusion Barrels

          • Xaloy® bimetallic extrusion barrels are produced to the highest quality standards. Nordson offers the most innovative wear resistant packages for optimized processes, performance and quality.

          • Xaloy® Injection Barrels

          • Xaloy bimetallic injection barrels, manufactured by the industry leader in bimetallic barrel technology, are produced to the highest quality standards. Continuously improved alloys guarantee optimum process conditions.

          • Xaloy® SmartHeat™ Coating

          • The Xaloy SmartHeat™ Coating is an innovative heater coating where plasma is sprayed to the barrel, which eliminates melt-stream energy losses, ensures uniform heating and provides responsive control for superior processing.

          • Xaloy® SmartHeat™ Coating for Melt Pipes

          • The Xaloy SmartHeat™ Coating for melt pipes is a new heater coating allowing for tight process control for improved product quality.

          • Xaloy® SmartHeat™ Coating for Nozzles

          • The Xaloy SmartHeat™ Coating for nozzles features an innovative new heater coating around the entire nozzle for increased yield and minimized downtime.

          • Xaloy® Twin Barrels

          • Xaloy bimetallic twin barrels, manufactured by the leader in bimetallic barrel technology, meet or surpass OEM specifications on dimensions, straightness and parallelism.

        • Coextrusion Feedblock Technology

        • Coextrusion technology has evolved dramatically in the last few years — with Nordson leading the way. Achieve the highest coextrusion performance possible by coupling the streamlined tenability of an EDI® coextrusion feedblock technology with Multiflow™ channel geometry in a die. With the broad operating windows and versatility provided by this single-source marriage of die and feedblock expertise, your line will be consistently more productive.

            • EDI® In-Die-Feedblock Technology

            • An EDI In-Die-Feedblock, combined with a distribution block, offers processors a coextrusion solution for dedicated structures.

            • EDI® Layer Multiplication Technology (LMT)

            • The layer multiplier is a special tool that can be engineered to multiply some or all of the layers within a coextrusion “sandwich” provided by a feedblock. The resulting microlayer structure then passes into the manifold of an extrusion die, where it is transformed into film or sheet of target width and thickness profile.

            • EDI® MA-F1/F2 Fixed Geometry Feedblocks

            • This feedblock design offers processors the option of the standard extruder connection (MA-F1) or a customized entrance (MA-F2).

            • EDI® Ultraflow™ I Fixed Geometry Coextrusion Feedblocks

            • The EDI Ultraflow™ design features exchangeable, streamlined flow inserts that combine polymer streams in an optimal parallel-path manner. The inserts are readily exchangeable without having to disassemble the feedblock from the line if coextrusion requirements change.

            • EDI® Ultraflow™ Specialty Feedblock for BOPET Applications

            • EDI Ultraflow™ feedblocks specifically designed for BOPET applications offer processors unsurpassed coextrusion uniformity.

            • EDI® Ultraflow™ Specialty Feedblock for PVC Applications

            • EDI Ultraflow™ feedblocks offer processors a dedicated structure design specifically for PVC applications.

            • EDI® Ultraflow™ V-T Adjustable Geometry Coextrusion Feedblocks

            • Reduce production downtime for fine-tuning layer thicknesses of structures ranging from the simplest sheet to complex packaging films with the EDI Ultraflow™ V-T coextrusion feedblock. This feedblock has adjustable “combining planes” located where the melt streams join the central flow channel and profiling actuators with interchangeable profile bars, allowing for the thickness uniformity of individual layers to be finely tuned.

          • Extrusion and Coextrusion Dies

          • Extrusion dies are a critical component in the overall melt stream system. Each EDI® die system is custom designed to meet the specific needs and process parameters of each end user.

              • EDI® BOPA Biax Film Dies

              • Nordson offers processors custom-engineered die systems for the production of BOPA film.

              • EDI® BOPET Biax Film Dies

              • With the most BOPET installations in the world, Nordson offers processors a field-proven solution delivered by experienced and knowledgeable experts.

              • EDI® BOPP Biax Film Dies

              • EDI BOPP dies are customizable to meet each processor’s specific requirements. For added layer arrangement versatility, a variety of distribution block systems are available.

              • EDI® OPS Biax Film Dies

              • Custom-designed EDI dies with automatic or manual flex lip adjustment systems are available for the production of OPS film.

              • EDI® Cast Film Dies

              • Whether your specific cast film product requires the uniquely shaped Contour® die, an EDI MO100 Maxiflow™ 8 die, or a multi-manifold die, Nordson will work to provide an innovative solution to meet your needs.

              • EDI® EPC™ Dies

              • The EDI EPC™ extrusion coating die improves productivity by increasing the ease and repeatability of width adjustment changes, simplifying the clean-out of carbonized polymer build-up in the die, and providing rapid removal of the entire deckle system for a ‘split and clean' or complete opening of the die for maintenance.

              • EDI® Ultraflex™ Sheet Dies

              • Whether your specific sheet application requires our standard EDI Ultraflex™ die design, a heavy duty sheet die, or a die with optional features like EDI SmartGap™ or FastGap™ technology, Nordson's highly skilled team will work with you to design an innovative solution to meet your needs.

              • EDI® Polyside Dies

              • Polyside coextrusion dies make it possible to produce side-by-side structures (typically different colored stripes) or a combination of side-by-side and multi-layer structures. Nordson offers polyside dies in a mono-layer or multi-layer version.

              • EDI® Polystyrene (XPS) Foam Board Dies

              • Enhance control over product dimensions, reduce scrap, and eliminate shutdowns for die maintenance with an EDI die system for extruded polystyrene foam board.

              • EDI® Raffia Tape and Slit Film Dies

              • EDI raffia tape dies can be supplied with multiple different configurations, based on processor specifications.

              • EDI® RPVC Siding Dies

              • Highly accurate flow channel designs deliver significant value because less cap stock material is used to provide the same weathering resistance when compared to siding produced using less accurate equipment. The EDI Mutiflow I-R flow distribution manifold provides this accuracy along with longer run times due to its superior streamlining characteristics.

              • EDI® Stripe Dies

              • EDI stripe dies are designed for a variety of products with wide to narrow stripe patterns, in multiple color configurations.

              • EDI® Twin Wall Flat Dies

              • The distinctive EDI twin wall die uses a dual flexible lip design for unparalleled dimensional control.

              • EDI® Strand Dies

              • EDI strand dies for plastic pelletizing are designed to provide uniform pellets of resin following its extrusion through a strand die face. Whether virgin or reclaimed material, once the resin is extruded and cooled, the strands are cut at a very high speed yielding pellets of a prescribed size for optimal processing in manufacturing environments.

              • EDI® Deckling Systems

              • Deckles are adjustable devices that vary end product width by blocking off portions of the die slot from both ends of the die. Nordson offers a wide range of external and internal deckle types.

              • EDI® Die Carts

              • Nordson's rapid servicing systems enhance worker safety, reduce downtime, simplify die disassembly and reassembly, and help prevent costly damage to critical die surfaces during maintenance. With these systems, die halves are easily rotated to access flow surfaces and streamline cleaning procedures.

              • EDI® Distribution Blocks and Adaptors

              • Whether you require a small transition plate, a sophisticated distribution block for routing multiple flow streams to multi-channel dies, or a lengthy feedpipe network, we pay the same attention to detail as we do for all dies.

              • EDI® Dual Chamber Vacuum Boxes

              • Achieve better stabilization of extruded film with an EDI Dual Chamber Vacuum Box than with other web-impingement devices.

              • EDI® UltraSplit™ On-line Die Separation Devices

              • Eliminate the downtime required for routine maintenance, while also avoiding the safety and damage concerns involved when moving a heavy extrusion die.

            • Fluid Coating Systems & Solutions

            • Nordson offers slot die coating equipment and other fluid delivery systems and solutions to deliver a precise, uniform flow to the web at a constant rate.

                • Premier™ Die Positioners

                • To ensure repeat precise and uniform substrate coatings, install a custom designed Premier die positioner into a new or existing coating line. A Premier die positioner allows you to accurately position a slot die, achieving precise coatings across a wide range of substrates.

                • Premier™ Fixed Lip Slot Dies

                • With a Premier slot die, the coating rate and cross-web distribution are controlled for an exact wet film thickness by easily altering the coating gap and width by changing shims in the die. No matter what your coating needs are – from laboratory devices to systems for adhesives, magnetic media, paint, photovoltaic/solar, glass coating and more – a custom-designed Premier fixed lip slot die will increase your production efficiency and provide significant cost savings.

                • Premier™ Fluid Delivery Systems

                • Premier™ Fluid Delivery Systems are available in three standard sizes with a variety of custom configurations and optional features.

                • Premier™ Multi-Layer Slot Dies

                • The Premier multi-layer slot die is engineered to allow the application of multiple thin coatings in one pass across a wide range of substrates. As with single layer slot dies, the coating gap and width can be easily altered by changing shims in the die.

                • Premier™ Slide Curtain Coating Dies

                • Premier slide curtain coating dies can be used to apply one or more layers of fluid in a single operation. Capitalize on this process by applying multiple layers at high speeds, while attaining excellent uniformity and quality.

                • Ultracoat™ Adjustable Lip Slot Dies

                • Achieve high precision coating when applying low-viscosity coating materials with Ultracoat slot dies.

                • Ultracoat™ Die Positioners

                • Ultracoat die positioners precisely position a slot die at the optimum angle and proximity to the roll, while isolating the die from vibrations that can affect the coating application.

                • Ultracoat™ HM™ Hot Melt Coating Solution

                • Nordson's Ultracoat HM™ hot melt coating solution offers superior accuracy, making possible raw material savings.

              • Front End Components

              • Nordson can design and manufacture a complete line of Xaloy® front end components for injection units from a variety of abrasion and corrosion resistant steels.

                  • Xaloy® Auto-Shut™ Valves

                  • The Xaloy Auto-Shut™ valve is a poppet style design valve, designed for PC and ABS alloys, acrylic and polyolefins with 10 MI or less.

                  • Xaloy® Eliminator® Nozzle Tips

                  • The Xaloy Eliminator® nozzle tip features a universal design for easy installation.

                  • Xaloy® FTR™ Valves

                  • The Xaloy FTR™ valve is a three-piece, non-return valve and is considered the best RPVC three-piece valve available.

                  • Xaloy® Locking Ring Valves

                  • The Xaloy locking ring valve is a general purpose three-piece design valve tailored to a wide range of resins.

                  • Xaloy® Poly-Check® Valves

                  • The Xaloy Poly-Check® valve is a one-piece design valve, designed for all polyolefin-based materials with greater than 8 MI, polystyrene and LSR.

                  • Xaloy® Sliding Ring Valves

                  • The Xaloy sliding ring valve is designed for general purpose applications. Special four-piece ‘shear-eliminating’ designs are available for fluoropolymer materials.

                • Gear Pumps

                • Nordson´s BKG® gear pumps can optimize your process so your extrusion line achieves the highest possible quality and throughput. The Nordson BKG product line cover all components from gear pumps to optimally designed gear box motors to pump controls.

                    • BKG® BlueFlow™ Discharge / Extrusion Pumps Type GPA

                    • The BKG discharge and extrusion pump type GPA is mainly designed for the discharge of low and medium viscosity melts, such as, adhesives or polyamides out of reactor vessels or mixing and storage tanks. Additionally, it is used for low viscous materials in extrusion processes.

                    • BKG® BlueFlow™ Extrusion Pumps Type GPE / GPX

                    • BKG gear pumps types GPE / GPX are used in extrusion, compounding and polymerization processes.

                      The line of BKG gear pumps can help optimize your process so that your extrusion line achieves the highest possible quality and throughput. BKG gear pumps have completely flow-optimized inlet and outlet sections and guarantee an extremely gentle treatment of the material. Threaded temperature and pressure sensors fit into the pump without edges by design, a sophisticated manufacturing technique which is characteristic of BKG gear pumps.

                    • BKG® BlueFlow™ High Pressure Gear Pumps

                    • The BKG MHDP high pressure gear pump is a positive displacement pump which provides a linear polymer output over a wide range of operating conditions.  By locating the BKG gear pump between your extruder and die, you can directly dial in consistent, repeatable polymer flow rate, while eliminating extruder surge, precisely metering polymer, and building pressure to your die.

                    • BKG® BlueFlow™ Masterbatch Pumps Type GPE/MB

                    • The patented BKG gear pump type GPE/MB is suitable for sensitive plastics and processes where frequent product changes are required. The MB version discharges the lubrication flow out of the gear pump, and therefore out of the process, giving you the power to control the purging of your process when necessary.

                    • BKG® Pump Control PumpCon Business

                    • The BKG PumpCon gear pump control regulates and controls the gear pump and the dosing of the upstream extruder. The software processes logical and technical signals to control functions of the extruder speed to maintain a constant melt pressure.

                    • BKG® Pump Control PumpCon Economy

                    • The BKG PumpCon Economy gear pump control is a compact solution for controlling and regulating an extrusion pump and the upstream extruder in an extrusion line. The software processes logical and technical signals to control functions of the extruder speed to maintain a constant melt pressure.

                    • BKG® BlueFlow™ Extrusion Pumps Types EP-SE / EP-SF

                    • BKG® BlueFlow™ Gear Pumps type EP-SE / EP-SF are used in extrusion, compounding and polymerization processes.
                      The gear pump helps optimize the process, so the extrusion line produces optimal quality with the highest throughput possible. The gear pump has a rheologically optimized inlet and outlet geometry to guarantee a very controlled transport of material. Temperature and pressure sensor ports are included in the pump housing.

                    • BKG® BlueFlow™ Extrusion Pumps Types EP-SE-EO / EP-SF-EO

                    • BKG® BlueFlow™ Gear Pumps types EP-SE-EO / EP-SF-EO are used in extrusion, compounding and polymerization processes.
                      The gear pumps help optimize the process, so the extrusion line produces optimal quality with the high throughput possible. The gear pump has a rheological optimized inlet and outlet geometry to guarantee a very controlled transport of the material. Temperature and pressure sensor ports are included in the pump housing.

                    • BKG® BlueFlow™ Masterbatch Pumps Type MP-SE / MP-SF

                    • BKG® BlueFlow™ Gear Pump types MP-SE / MP-SF are suitable for sensitive plastics and processes that require frequent product changes. The Masterbatch version allows the discharge of lubrication flow out of the gear pump and therefore out of the process, giving you the power to control the purging of our process when necessary.

                    • BKG® BlueFlow™ Reactor Discharge Pump Types RP-LE / RP-LF

                    • BKG® BlueFlow™ Gear Pump types RP-LE / RP-LF are mainly designs for the discharge of low to medium viscosity melts, such as adhesives or polyamides out of reactor vessels or mixing and storage tanks. Additionally, they are used for low viscous materials in extrusion processes.

                  • Jet Cleaners

                  • The most advanced cleaning method for fast and safe removal of polymer residue from metal parts is available in an array of sizes to meet your part cleaning requirements.

                      • BKG® JCP 1724 Jet Cleaner

                      • The Model JCP 1724 jet cleaner with working dimensions of Ø393mm x 596mm (15 1/2” and 23 1/2”) depth represents one of the most popular model sizes of the Nordson jet cleaner product line. It is ideally suited for small to intermediate sized cleaning applications. All Nordson jet cleaners utilize heat and vacuum to remove material such as thermoplastic from metal parts. In most cases cleaning cycles are accomplished within 120-240 minutes at an operating temperature range between 427°C and 482°C (800°F and 900°F) and a vacuum of 635mm (25 in) of mercury. The unit can be easily installed in any area having available facilities of water supply, water drain and electrical power.

                      • Jet Cleaner Size Matrix

                      • The most advanced cleaning method for fast and safe removal of polymer residue from metal parts is available in an array of sizes to meet your part cleaning requirements.

                      • BKG® Mini Jet Cleaner

                      • The Mini Jet is the smallest unit in the Nordson jet cleaner product line. It utilizes heat and vacuum to effect vaporization. In most cases, complete thermoplastic removal is accomplished within 90-120 minutes at an operating temperature range between 427°C and 482°C (800°F and 900°F) and a vacuum of 635mm (25 in) of mercury. The unit is a free standing console model and can easily be installed in any area having available facilities of water supply, drain line and electrical power.

                    • Dryers

                    • Nordson also offers BKG® stand alone pellet dryers for drying a wide range of pellets.

                          • BKG® Pellet Dryers

                          • Nordson also offers BKG pellet dryers for drying a wide range of polymers and pellets. ‚Installation with capacities up to 25,000 kg/hr (55,000 lb/hr) based on customer requirements available.

                      • Pelletizing Equipment & Machines

                      • Nordson's BKG® pelletizing machines are not only suitable for thermoplastics but also for all materials which behave like thermoplastics.

                          • BKG® Agglomerate Catcher

                          • The BKG agglomerate catcher prevents pellet clusters or clumps (agglomerates) from entering the rotor area of the dryer. Agglomerates are captured by a series of inclined metal bars and automatically detected as they break the light beam of a photo-electric sensor. When the photo-eye detects an agglomerate, the agglomerate gate automatically opens and the oversized material is ejected upstream of the pellet dryer.

                          • BKG® Bypass Piping

                          • The BKG Bypass Piping indicates the piping surrounding the cutting chamber. Entry of process water into the cutting chamber can be precisely timed via the bypass piping system including (2) 2/2-way and (1) 3/2-way valves and related PLC programming.

                          • BKG® Combigon™

                          • BKG Combigon™ systems come equipped with Polygon™ automatic filter and are available with optional belt filter. The process water exits from the dryer and enters the filter unit which is comprised of several screen elements. The water level in the filter unit is monitored. If the level rises, the filter unit is rotated by means of a gear motor so that clean screen elements are always in the filtering area. The dirty screens are cleaned by means of water jet cleaning nozzles. The contaminant is sprayed onto a declined water slide and deposited into a filter cassette drawer which must be cleaned periodically. As an option, a continuously operating belt filter is available in place of the filter cassette drawer.

                          • BKG® Combi-Line™

                          • The BKG Combi-Line™ is used for applications with medium throughputs and especially for compounding lines. The basic version of the Combi-Line™ is equipped with a screen cassette tray integrated in the water tank for filtering fine particles and can be cleaned or exchanged during production. As an option, the Combi-Line™ system can be additionally equipped with a curved screen for improved fines filtration up to 150 μm.

                          • BKG® CrystallCut®

                          • BKG CrystallCut® underwater pelletizing system is designed for PET polymer production and recycling and allows for the pelletizing and crystalliization of PET in ONE single process step without the need for additional energy.

                          • BKG® Cutting Chamber with BKG™ Die Plate

                          • The cutting chamber is the housing in which the pellets are cut which includes the heated die plate. The pelletizer is coupled to the cutting chamber so that the blades of the cutter hub assembly will contact the face of the die plate.

                          • BKG® Lab-Line™

                          • The BKG Lab-Line™ underwater pelletizer system is the ideal machine for pilot-scale extrusion or laboratory environments. The BKG Lab-Line™, which features simple controls and a compact design, is made up of a BKG pelletizer (hanging design), a BKG pellet dryer and a BKG process water treatment system.

                            The complete system is mounted on a single, rollable cart for mobility and easy handling in a lab environment where equipment is frequently exchanged.

                          • BKG® Master-Line™

                          • The BKG Master-Line™ is our entry-level unterwater pelletizing system and it is designed for masterbatch, compounding and recycling applications up to 2,000 kg/hr (4,400 lb/hr). The BKG Master-Line™ is suitable for processing almost all polymer types, both common and special, and occupies a compact footprint on the production floor.

                          • BKG® Master-Line™ with Belt Filter

                          • The BKG Master-Line™ with Belt Filter water filtration system is an enhancement of our widely-popular Master-Line™ Underwater Pelletizing System. The Master-Line™ with Belt Filter offers the addition of a continuous belt filtration system for our BKG Master-Line™ 1000 & 2000 models. It is an economic, automated, self-cleaning tempered water system which minimizes operator intervention and maximizes productivity and uptime.

                            The BKG Master-Line™ with belt filter is suitable for compounding, masterbatch, and recycling applications as well as for brittle materials which can generate a high degree of fines.

                          • BKG® Optigon™

                          • The BKG Optigon™ is our state-of-the-art underwater pelletizing system offering the optimum level of features, and, in comparison to the BKG Opti-Line™ system, is delivered with the Polygon™ drum filter for automatic, continuous filtration of the process water. The Optigon™ is suitable for polymerization, masterbatch, compounding, and recycling applications.

                          • BKG® Opti-Line™

                          • The BKG Opti-Line™ is our top-of-the-line underwater pelletizing system offering the optimum level of features. The Opti-Line™ is suitable for polymerization, masterbatch, compounding, and recycling applications.

                          • Pellet Diverter Valve

                          • The pellet diverter valve is a pneumatically operated valve that is mounted at the dryer outlet and allows for the switching between two pellet discharge chutes for the purpose of a.) gaylord changeover, b.) elimination of low quality pellets during start-up, or c.) sampling of pellets during production.

                          • BKG® Pellet Dryers

                          • Nordson also offers BKG pellet dryers for drying a wide range of polymers and pellets. Installation with capacities up to 25,000 kg/hr (55,000 lb/hr) based on customer requirements available.

                          • BKG® Pelletizers Type A

                          • Type A pelletizers offer manual fine adjustment of the blade pressure. The A 300 pelletizer is suitable for throughputs up to 500 kg/hr (1,100 lb/hr). The A 1000 pelletizer is suitable for throughputs up to 2,500 kg/hr (5,500 lb/hr).

                          • BKG® Pelletizers Type AH

                          • Type AH pelletizers offer automatic, hydraulic blade pressure regulation and are suitable for throughputs of up to 7,500 kg/hr (16,500 lb/hr).

                          • BKG® Pelletizers Type AH D

                          • Type AH D pelletizers offer automatic, hydraulic blade pressure regulation and a hydraulic locking mechanism. AH D pelletizers are suitable for throughputs of up to 35,000 kg/hr (77,000 lb/hr).

                          • BKG® Pelletizers Type Compact

                          • Compact pelletizers are a modified version of our Type A pelletizers and offer automatic, hydraulic blade pressure regulation. The Compact 75 pelletizer is suitable for throughputs of up to 500 kg/hr (1,100 lb/hr). The Compact 120 pelletizer is suitable for throughputs of up to 2,500 kg/hr (5,500 lb/hr).

                          • BKG® Polygon™ Automatic Water Filtration System

                          • The BKG Polygon™ water filtration system is an automated, self-cleaning tempered water system which minimizes operator intervention to help maximize productivity and reduce energy consumption in order to increase operating profit. It is suitable for compounding, polymerization and recycling applications.

                          • BKG® Polymer Diverter Valve

                          • The polymer diverter valve consists of a heated housing and a hydraulically movable piston. By hydraulic actuation of the piston, the melt flow can be diverted towards the floor or directed towards the die plate.

                            The diversion is necessary because the desired optimal melt flow per die plate hole cannot be generated instantaneously by the preceding equipment (e.g. extruder) at start-up.

                            The polymer diverter valve also separates the pelletizing process from the preceding process (e.g. extruder) so that both can be shut down separately in case of minor faults or changes made at the pelletizer.

                          • EDI® Strand Dies

                          • EDI strand dies for plastic pelletizing are designed to provide uniform pellets of resin following its extrusion through a strand die face. Whether virgin or reclaimed material, once the resin is extruded and cooled, the strands are cut at a very high speed yielding pellets of a prescribed size for optimal processing in manufacturing environments.

                          • BKG® Tempered Water Systems

                          • To meet customer requirements, Nordson designs BKG water systems with modularity in mind. Each component can be installed individually, thus changes in the equipment line-up are accomplished quickly and easily to suit product requirements.
                            The most basic version of the system contains the pellet dryer and water tank with accessories for simple processes such as non-filled polyolefins.

                          • BKG® WRP-12i In-Line Pelletizers

                          • Nordson's BKG water ring pelletizer connects directly to the end of the extruder, screen changer or gear pump via a short coupled adapter allowing polymer to flow horizontally from the extruder to the in-line die plate.

                            The rheologically optimized design minimizes polymer inventory between the extruder and die plate and evenly distributes polymer flow to each die plate hole. The result is a consistently uniform pellet.

                            Reclaim, masterbatch, and compounders will benefit by improved pellet quality during both short and extended production runs.

                          • BKG® WRP-35s/36s Pelletizers

                          • Nordson's BKG water ring pelletizing systems offer a modern, cost-effective method of pelletizing a wide range of unfilled and filled thermoplastic polymers.

                            The water ring hot die face ensures a consistent, uniform pellet and is insensitive to short term polymer flow interruptions. Pellets are cut and immediately quenched in a unique cooling chamber design that transfers the pellet slurry to the spin dryer. An integral dryer blower is standard for improved drying efficiency. Typical applications include polymer reclaim, compounding, color concentrates and polymerization.

                          • BKG® HiCut™

                          • The cutter hub is the heart of every pelletizing systems and determines the output and quality of each pellet. With the new BKG® HiCut™ and its ability to hold up to 50% more, optimized blades, Nordson has developed a cutter hub which will elevate your pelletizing process to a whole new level.

                        • Polymer Valves

                        • For the economic operation of complex lines, a polymer valve, which regulates the melt flow in a controlled manner or discharges the material out of the running process, becomes necessary.

                            • BKG® HyFlex™ 3/2-Way Valves

                            • With the BKG 3/2-Way valve / 3/2-Way switching valve, depending on the position of the valve position, the melt flow can be re-directed to the appropriate position. It can be used for switching between two production processes (e.g., underwater pelletizing and film extrusion).

                            • BKG® HyFlex™ 3/3-Way Valves

                            • Depending upon the position of the valve the polymer can be directed through different inlets and outlets to guide the melt into the appropriate flow channels. The BKG 3/3-Way valve is suitable for switching between two production processes (e.g., switching of two large area filters). The melt may optionally be guided into one or both outlet channels. Switching between the two outlet channels is done without pressure variation and without trapped air.

                            • BKG® HyFlex™ 6/3-Way Valves

                            • Depending on the positon of the valve position, the melt flow can be re-directed to the appropriate position. The BKG 6/3-Way valve is suitable for melt processes with several inlets and outlets.

                            • BKG® HyFlex™ Diverter Valves / Discharge Valves

                            • The material is diverted and discharged out of the process into a catch or drool pan. It can be used as a safety or a start-up valve for polymerization, compounding and extrusion processes.

                            • BKG® HyFlex™ Multiport Valves

                            • Distribution of one product stream to multiple strands or merging of multiple streams to one strand. During operation one or more of the outlet valve pistons are enabled or disabled providing the correct structure to enter the downstream components.

                            • Pellet Diverter Valve

                            • The pellet diverter valve is a pneumatically operated valve that is mounted at the dryer outlet and allows for the switching between two pellet discharge chutes for the purpose of a.) gaylord changeover, b.) elimination of low quality pellets during start-up, or c.) sampling of pellets during production.

                            • BKG® Polymer Diverter Valve

                            • The polymer diverter valve consists of a heated housing and a hydraulically movable piston. By hydraulic actuation of the piston, the melt flow can be diverted towards the floor or directed towards the die plate.

                              The diversion is necessary because the desired optimal melt flow per die plate hole cannot be generated instantaneously by the preceding equipment (e.g. extruder) at start-up.

                              The polymer diverter valve also separates the pelletizing process from the preceding process (e.g. extruder) so that both can be shut down separately in case of minor faults or changes made at the pelletizer.

                            • BKG® HyFlex™ Start-Up / Shut-Off Valves

                            • The BKG shut-off valve interrupts the melt flow in the system. It is suitable for multiple layer film lines and reactor processes.

                              It enables a controlled start-up / shut-off of the melt flow (maintenance, interruptions, etc.).

                            • BKG® HyFlex™ Start-up Valves for Underwater Pelletizing Systems

                            • There are a number of reasons to use a diverter valve when operating an underwater pelletizing system. BKG diverter valves are adapted to the application in BKG underwater pelletizing systems; however, they can also be used with most of the underwater pelletizing systems available in the market.

                          • Screen Changers

                          • BKG® melt filtration systems and screen changers ensure a perfect filtration process, guaranteeing your desired melt quality.

                              • Breaker Plates

                              • Breaker plates support the filtration media itself. Rheological testing of the polymer allows for the distribution to be optimized for the entire screen area. To further enhance the optimization of the breaker plate CFD analysis is used to design the plates.

                              • BKG® NorCon™ Continuous Double Piston Screen Changer DBC

                              • Double Piston Screen Changer with 2 Cavities for Continuous Operation

                                Normal operation:
                                2 screen cavities (100%) in the process

                                Backflush:
                                Not possible

                                Screen change:
                                1 screen cavity (50%) in the process

                                The DBC Screen Changer is suitable for almost all processes and materials. It can be used for polymerization, compounding, film, pipe, sheet and pelletizing processes. It makes processes run automatically and without system downtime.


                              • BKG® NorCon™ D-SWE Discontinuous Single Piston Screen Changer

                              • Single Piston Screen Changer with 1 Cavity forDiscontinuous Operation

                                Normal operation:
                                1 screen cavity (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change, a screen cavity is not in position to continue operating the machine

                                The D-SWE is suitable for all polyolefins and a variety of other temperature stable polymers. This system can be used for protection filtration, batch processes, compounding, semi-finished production, fibers, polymerization, and masterbatches, as well as for quality filtration of virgin materials.

                              • BKG® High Capacity Slide Plate Screen Changer SPC

                              • The BKG SPC-1200EA and 1500EA slide plate screen changers are suitable for high capacity polymer filtration up to 27211 kg/hr (60000 lb/hr) and higher. These models utilize cylindrical screens to achieve a significantly reduced pressure drop, resulting in higher throughputs and longer on-line time between screen changes.

                              • BKG® NorCon™ Slide Plate Screen Changer EH

                              • BKG hydraulic screen changers represent the most technically advanced design of slide plate type screen changers. Hydraulic slide plate actuation provides efficient on-line screen changes. The EH line is suitable for processing a wide variety of thermoplastics on applications ranging from sophisticated multiple layer thin film extrusion to the heavy demands of recycling. Benefits:

                              • BKG®sup> NorCon™ Manual Screen Changer EM/XM and EMR/XMR

                              • Contamination of the melt stream by metal, wood, paper or internally generated black specks yields products that are unacceptable in appearance and/or performance. Manual screen changers are the least expensive and most suitable option for processes that require infrequent changes. BKGmanual screen changers minimize costly downtime for screen replacement. With a simple swing of the handle lever during routine shutdown, clean screens are quickly brought on-line. No line disconnection occurs and full production is re-established.

                              • Filter Candles

                              • Filter candles can be used in combination with a piston type screen changer to increase the available filtration area. They are available in different filtration finenesses and sizes.

                              • BKG® Filter Disc

                              • The BKG filter disc is composed of filter disc elements, which define the filtration quality by using a special fleece as the core layer of the filter element. Viscoelastic dirt particles are stored in the fleece cells and are not separated on the surface as in the wire mesh. The filter disc can only be used with piston style screen changers.

                              • BKG® Flex Disc

                              • he BKG® flex disc combines the advantages of a big filtration area and the known advantages of the proven piston technology.

                              • BKG® HiCon™ R-Type 250

                              • Recycling filter for highly contaminated applications

                                Principle:
                                Separation in a continuous filtration process 

                                Use:
                                Medium to highly contaminated plastic melt polymers from the family of olefins and styrenes

                                Applications:
                                Recycling

                                The contaminated melt flows through the fixed, cylindrical strainer tube from the inside out. The micro-conical holes provide efficient filtration of contaminated melt. The contaminants are separated from the melt and then scraped by a rotating blade shaft from the surface of the strainer tube. The cooled discharge screw removes the collected contaminants from the machine out. The speed of the blade shaft/discharge screw can be adjusted depending on the throughput, contaminat level and discharge rate, thus ensuring a continuous working process with a clean, open filtration area with low melt loss.

                              • BKG® HiCon™ V-Type 3G Double Piston Backflush Screen Changer

                              • Normal operation:
                                4 screen cavities (100%) in the process

                                Backflushing:
                                3 screen cavities (75%) in the process, 1 screen cavity (25%) in backflush position

                                Screen change:
                                3 screen cavities (75%) in the process, 1 screen cavity (25%) in change position

                                Reservoir filling:
                                4 screen cavities (100%) in the process

                                The BKG HiCon V-Type 3G is suitable for almost all processes and materials. It is used in processes with a high demand for pressure consistency (e.g. strap, film, fiber) as well as in processes with insufficient back pressure for backflushing (e.g. strand pelletizing). It is also suited for processes with a high proportion of contaminates (e.g. recycling). The system enables a continuous operation without any system shutdowns during screen change.

                              • BKG® NorCon™ HS-Y Discontinuous Single Piston Screen Changer

                              • Single Piston Screen Changer with 1 Cavity forDiscontinuous Operation

                                Normal operation:
                                1 screen cavity (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change, a screen cavity is not in position to continue operating the machine

                                The HS-Y is suitable for all polyolefins and a variety of other temperature stable polymers. This system can be used for protection filtration, batch processes, compounding, and masterbatches, as well as for quality filtration of virgin materials.

                              • BKG® NorCon™ K-SWE Continuous Double Piston Screen Changer

                              • Double Piston Screen Changer with 2 Cavities for Continuous Operation

                                Normal operation:
                                2 screen cavities (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change one of the screen cavities (50%) is removed from the process, allowing for one of the screen cavities (50%) to remain in operation

                                The BKG K-SWE is suitable for almost all processes and materials. It can be used for polymerization, compounding, film, pipe, sheet and pelletizing processes. It enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® HiCon™ K-SWE/RS Continuous Double Piston Backflush Screen Changer

                              • Double Piston Backflush Screen Changer with 2 Cavities for Continuous Operation

                                Normal operation:
                                2 screen cavities (100%) in the process

                                Backflush:
                                1 screen cavity (50%) in the process

                                Screen change:
                                During a screen change one of the screen cavities (50%) is removed from the process, allowing for one of the screen cavities (50%) to remain in operation

                                The K-SWE/RS is suitable for almost all processes and materials. It can be used in compounding, film, pipe, sheet, and pelletizing applications. It can manage processes with a high proportion of contaminates (recycling) and enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® HiCon™ K-SWE-4K/RS Continuous Double Piston Backflush Screen Changer

                              • Double Piston Backflush Screen Changer with 4 Cavities for Continuous Operation

                                Normal operation:
                                4 screen cavities (100%) in the process

                                Backflush:
                                3 screen cavities (75%) in the process

                                Screen change:
                                During a screen change two of the screen cavities (50%) are removed from the process, allowing for two of the screen cavities (50%) to remain in operation

                                The K-SWE-4K/RS is suitable for almost all processes and materials. It can be used in compounding, film, pipe, sheet, and pelletizing applications. It can manage processes with a high proportion of contaminates (recycle) and enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® NorCon™ K-SWE-4K-50 Continuous Piston Screen Changer

                              • Double Piston Screen Changer with 2 Cavities for Continuous Operation

                                Normal operation:
                                2 screen cavities (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change two of the screen cavities (50%) are removed from the process, allowing for two of the screen cavities (50%) to remain in operation

                                The BKG® K-SWE is suitable for almost all processes and materials. It can be used for polymerization, compounding, film, pipe, sheet and pelletizing processes. It enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® NorCon™ K-SWE-4K-75 Continuous Double Piston Screen Changer

                              • Double Piston Screen Changer with 4 Screen Cavities for Continuous Operation

                                Normal operation:
                                4 screen cavities (100%) in the process

                                Backflush: 
                                Not applicable

                                Screen change: 
                                During a screen change one of the screen cavities (25%) is removed from the process, allowing for three of the screen cavities (75%) to remain in operation

                                The BKG® K-SWE-4K-75 is suitable for almost all processes and materials. It can be used in pressure constant processes (e.g. strap, film, fiber, strand pelletizing, etc.) and enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® HiCon™ K-SWE-4K-75/RS Double Piston Backflush Screen Changer

                              • Double Piston Backflush Screen Changer with 4 Cavities for Continuous Operation

                                Normal operation:
                                4 screen cavities (100%) in the process

                                Backflush:
                                3 screen cavities (75%) in the process

                                Screen change:
                                During a screen change one of the screen cavities (25%) is removed from the process, allowing for three of the screen cavities (75%) to remain in operation

                                The K-SWE-4K-75/RS is suitable for almost all processes and materials. It is used in pressure constant processes (e.g., strap, film, fiber, strand pelletizing, etc.). It can manage processes with a high proportion of dirt (recycle) and enables process runs to continue without any system shutdowns while changing the screen.

                              • BKG® NorCon™ LD-SWE Discontinuous Single Piston Screen Changer

                              • Single Piston Screen Changer with 1 Oval Cavity forDiscontinuous Operation

                                Normal operation:
                                1 screen cavity (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change, a screen cavity is not in position to continue operating the machine

                                The LD-SWE is suitable for all polyolefins and a variety of other temperature stable polymers. This system can be used for protection filtration, batch processes, compounding, semi-finished production, fibers, polymerization, reclaim and masterbatches, as well as for quality filtration of virgin materials.

                              • BKG® NorCon™ LK-SWE Continuous Double Piston Screen Changer

                              • Double Piston Screen Changer with 2 Oval-Shaped Cavities for Continuous Operation

                                Normal operation:
                                2 screen cavities (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change one of the screen cavities (50%) is removed from the process, allowing for one of the screen cavities (50%) to remain in operation

                                The LK-SWE is suitable for almost all processes and materials. They can be used for polymerization, compounding, film, pipe, sheet and pelletizing processes. More specifically, all polyolefins and a variety of other temperature stable polymers (e.g. ABS, PS, SAN) and preferably for systems operating at higher throughput rates. The LK-SWE enables process runs to continue without any system shutdowns while changing a screen.

                              • BKG® POLY Large Area Filter with Two Pistons for Continuous Operation

                              • Double Piston Screen Changer with 8 Oval Shaped Cavities for Continuous Operation

                                Normal operation:
                                8 screen cavities (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During a screen change two of the screen cavities (25%) are removed from the process, allowing for six of the screen cavities (75%) to remain in operation

                                The POLY is suitable for almost all polymerization processes (pelletizing, fiber, film). This system enables process runs to continue without any system shutdowns while changing the screen.

                              • Screens

                              • The product‘s quality requirements and the interest in quality gains in filtration processes make it necessary to optimize the efficiency of the filter media. This should be ensured by the choice of the adequate woven wire mesh.

                              • Super Plates

                              • Using a super plate in a screen changer allows the utilization of the total screen area; not just the open area of the breaker plate borings.

                              • BKG® Tubefilter - Discontinuous Large Area Filter

                              • Built-in Large Area Filter for Discontinuous Operation with Different Filter Media

                                Normal operation:
                                Complete filter area (100%) in the process

                                Backflush:
                                Not applicable

                                Screen change:
                                During downtime

                                The BKG® Tubefilter is suitable for almost all processes and materials. It can be used for deep and fine filtration in optical applications (e.g. BOPP, BOPET, etc.) and continuous operation is possible by using two units in parallel with additional switching valves.

                              • BKG® HiCon™ V-Type Double Piston Power Backflush Screen Changer

                              • Double Piston Backflush Screen Changer with Power-Backflush-Technology and 4 Cavities for Continuous Operation

                                Normal operation:
                                4 screen cavities (100%) in the process

                                Backflush:
                                3 screen cavities (75%) in the process

                                Screen change:
                                During a screen change one of the screen cavities (25%) is removed from the process, allowing for three of the screen cavities (75%) to remain in operation

                                The BKG® V-Type with patented power backflush technology is suitable for almost all processes and materials. It is used in pressure constant processes (e.g., strap, film, fiber, pelletizing, etc.) as well as processes with insufficient back pressure for backflushing (e.g., strand pelletizing, etc.) and can manage processes with a high proportion of contaminates (recycle). The system enables process runs to continue without any system shutdowns while changing the screen.

                            • Screws

                            • Xaloy® brand extrusion, injection molding and plasticizing screws enable you to maximize throughput, product quality and component life.

                                • Xaloy® EasyMelt® Injection Molding Screw

                                • The Xaloy EasyMelt® injection molding screw is a multi-purpose screw combining the simplicity and economy of a conventional three-zone screw with the productivity and quality benefits of optimum material feeding, melting and metering.

                                • Xaloy® Efficient™ Extrusion Screw

                                • The Xaloy Efficient™ barrier screw design was one of the first patented screw designs in the history of plasticating screw technology. Through the years, the design methods and techniques have been refined to the point where it has become the most modifiable barrier design in the Nordson screw offering. The Xaloy Efficient™ barrier screw typically delivers up to 20% more output than conventional screw designs, while offering better melt temperature control and homogeneity.

                                • Xaloy® ELCee® Injection Molding Screw

                                • The Xaloy ELCee® injection molding screw is a high performance, single-flighted screw designed for pre-compounded resins. It is considered the best choice for recovery limited injection applications

                                • Xaloy® Fusion™ Barrier Injection Molding and Extrusion Screw

                                • The Xaloy Fusion™ barrier screw is a combination of proven barrier screw technology and a low shear metering section, providing chaotic mixing, reduced melt temperatures and improved throughputs.

                                • Xaloy® Fusion™ II Injection Molding Screw

                                • The Xaloy Fusion™ II screw delivers enhanced chaotic mixing while retaining the productivity benefits of faster plasticizing and lower melt temperature provided by the original Xaloy Fusion™ screw. Like the original Xaloy Fusion™ screw, the Xaloy Fusion™ II screw has two barrier zones.

                                • Xaloy® MeltPro™ Barrier Injection Molding Screw

                                • The Xaloy MeltPro™ barrier screw is a high performance screw with customizable properties to process crystalline and amorphous resins. It is designed for better control of resin shear stress and melt temperature, as well as high efficiency melting rates and melt pumping performance.

                                • Xaloy® Nano™ Mixer Extrusion Screw

                                • The Xaloy Nano™ mixer screw combines very intensive dispersionary mixing of colorants, fillers and additives with excellent temperature control in molding or extrusion of shear-tolerant polymers.

                                • Xaloy® Pulsar® II Mixing Injection Molding Screw

                                • The Xaloy Pulsar® II mixing screw offers a combination mixing screw design with good distributive and dispersive qualities. The wave style root geometry provides continually varying, localized high and low pressure areas that yield complete melt homogenization. This screw offers the best low shear mixing design available.

                                • Xaloy® Pulsar® Mixing Injection Molding Screw

                                • The Xaloy Pulsar® mixing screw offers a conventional style screw design with superior distributive mixing qualities, ideal for shear intolerant materials. The turbulent reorientation of the melt stream improves part uniformity.

                                • Xaloy® Quantum™ Plasticizing System

                                • The Xaloy Quantum™ plasticizing screw is an ultra-high performance barrier screw, targeted to recovery limited, thin wall processes utilizing polyolefin resins. The innovative barrier screw design of the Xaloy Quantum™ plasticizing system ensures a mass balance throughout the screw that compensates for the conversion between feedstock bulk density and resin melt density, thereby controlling shear rates and shear stresses throughout the melting process.

                                • Xaloy® Stratablend® II Mixer Injection Molding and Extrusion Screw

                                • The Xaloy Stratablend® II mixer screw is designed for intensive chaotic and distributive mixing in molding and extrusion applications, but with low shear and little or no temperature rise.

                                • Xaloy®Twinshot® Multi-Material Molding

                                • The Xaloy Twinshot® Multi-Material Molding is a viable alternative for multi-material molding applications, providing a cost effective solution to entering into co-injection, reducing capital equipment expenditures by 80 to 90% over traditional machines. The system operates with a single screw and a single barrel, injecting two materials in a single shot mold fill. First part of the shot is skin, the second part is core, resulting in a three-layer or “sandwich” construction A-B-A.

                                • Xaloy® V-Mixer™ Injection Molding Screw

                                • The Xaloy V-Mixer™ screw with its proprietary "pump-through" mixing design generates localized high and low shear areas with low mixer pressure drop. Its unique geometry generates mixing forces in two directions. A squeezing action forces the melt stream towards the barrel wall (up and down) and between the flights (side to side) concurrently. The adjustable channel depth varies the levels of dispersive versus distributive mixing.

                                • Xaloy® X-8000™ Encapsulated Screws

                                • The Xaloy X-8000™ coating is a thermal spray coating applied to the screw. This material complements Nordson’s high abrasive resistant Xaloy X-830® overlay and is well suited for processing highly filled or corrosive resins. It can be applied for the full flight length or only on isolated areas of the screw that are more susceptible to wear.

                                • Xaloy® Z-Mixer™ Injection Molding Screw

                                • The Xaloy Z-Mixer™ screw is an excellent dispersive mixing screw for resins with color or additive packages. Its proprietary geometry utilizes mechanical potential in the melt stream to efficiently disperse additive packages.

                              • Static Mixer

                              • Nordson static mixers are installed right after the gear pump to improve the consistency of the melt feed to the die.

                                    • Nordson Static Mixer

                                    • The static mixer is installed right after the gear pump to improve the consistency of the melt feed to the die.

                                • Applications

                                    • Blow Molding

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Blow Molding application to its maximum level of performance.

                                    • Blown Film

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Blown Film application to its maximum level of performance.

                                    • Cast Film

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Cast Film application to its maximum level of performance.

                                    • Compounding

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Compounding application to its maximum level of performance.

                                    • Extrusion

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Extrusion application to its maximum level of performance.

                                    • Extrusion Coating and Laminating

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Extrusion Coating and Laminating application to its maximum level of performance.

                                    • Fiber and Filaments

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Fiber & Filaments application to its maximum level of performance.

                                    • Fluid Coating

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Fluid Coating application to its maximum level of performance.

                                    • Foaming

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Foaming application to its maximum level of performance.

                                    • Hot Melt

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Hot Melt application to its maximum level of performance.

                                    • Injection Molding

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Injection application to its maximum level of performance.

                                    • Masterbatch

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Masterbatch application to its maximum level of performance.

                                    • Non Woven

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Non Woven application to its maximum level of performance.

                                    • Oriented Film

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Oriented Film application to its maximum level of performance.

                                    • Pelletizing

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Pelletizing application to its maximum level of performance.

                                    • Pelletizing and Compounding

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Pelletizing and Compounding application to its maximum level of performance.

                                    • Pipe

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Pipe application to its maximum level of performance.

                                    • Polymerization

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Polymerization application to its maximum level of performance.

                                    • Profile

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Profile application to its maximum level of performance.

                                    • Recycling

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Recycling application to its maximum level of performance.

                                    • Sheet

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Sheet application to its maximum level of performance.

                                    • Tubing

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Tubing application to its maximum level of performance.

                                    • Wire and Cable

                                    • Whether it is designing single components or integrating elaborate systems, Nordson has the ability to provide engineered solutions that take your Wire and Cable application to its maximum level of performance.