Zytel® LCPA
Products (25)
Zytel® LCPA
Zytel® LCPA FG158 NC010
Chemical Family: Polyamides
Polymer Name: Polyamide 612 (PA 612)
Zytel® LCPA FG158 NC010 by DuPont is comprised of Polyamide 612. It is commonly used as Molding Resin and Extrusion Resin for a variety of applications. Zytel® LCPA FG158 NC010 is certified as EFfCI GMP Certified. It is available in Pellets form.
Zytel® LCPA
Zytel® LCPA FG151 NC010
Chemical Family: Polyamides
Polymer Name: Polyamide 612 (PA 612)
Zytel® LCPA FG151 NC010 by DuPont is comprised of Polyamide 612. It is commonly used as Molding Resin and Extrusion Resin for a variety of applications. Zytel® LCPA FG151 NC010 is certified as EFfCI GMP Certified.
Zytel® LCPA
Zytel® LCPA SC315 NC010
Chemical Family: Polyamides
Polymer Name: Polyamide 612 (PA 612)
Zytel® SC315 NC010 is an unreinforced, lubricated 612 polyamide suitable for injection molding. It has been developed for applications such as parts for the healthcare industry.SPECIAL CONTROL for HEALTHCARE APPLICATIONSThis product is manufactured according to Good Manufacturing Practice (GMP) principles and generally accepted in food contact applications in Europe and the USA when meeting applicable use conditions. This product is also tested against ISO 10993-5 and -11 and selected parts of USP Class VI.
Zytel® LCPA
Zytel® LCPA RS LC3090 NC010
Chemical Family: Polyamides
Polymer Name: Polyamide 610 (PA 610)
Zytel® RS LC3090 NC010 is a renewable sourced polyamide 610 containing a minimum of 60% renewably sourced ingredient by weight. It is an unreinforced, high viscosity grade, developed for extrusion applications.
Brand Summary
Identification & Functionality
Applications & Uses
Brand Highlights
DuPont™ Zytel® LCPA resin is a flexible polymer combining heat, chemical, and hydrolysis resistance. Advantages of Zytel® LCPA products include:
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Stiffness
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High strength
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Crack resistance
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Versatile and easy to process
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Fatigue resistance
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Thermal resistance
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Chemical resistance
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Hydrolysis resistance
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Blow-molding compatible
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Low fuel and gas permeability
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Air brake tubes
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Fuel lines
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Industrial hoses and tubes
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Automotive engine covers, housings
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Cable Insulation and Jacketing
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Electrical & Electronic Plastics
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Electronic & Electrical Connectors
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Food Contact Materials
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Mechanical Gears
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Medical Device Materials
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Mobile Phone Housing & Components
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Oil Pan and Cylinder Head Cover Gaskets
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Polymers for Oil and Gas
PA Long Chain Nylon Alternatives
DuPont has been working on PA12 alternatives and is positioned to respond quickly. The company has established global development and supply teams to work with customers to quickly qualify alternative materials for use in brake and fuel components and other critical industrial applications like hose and tubing.
Blow Molded Cooling Pipes Collaboration with ST
DuPont with ST BlowMoulding designed blow molded cooling pipes using Zytel®/Zytel® LCPA grades along with Multiflex® TPO grades to have a wider service temperature range and pipes that are flexible and easy to install.
Extruded Auto Cooling Pipes Collaboration with Maillefer
DuPont collaborated with Maillefer to design extruded cooling pipes for thermal management of electric vehicles. These pipes have been made with Zytel® LCPA grades along with Multiflex® TPO grades to have excellent coolant fluid resistance, short bend radius and are flexible and easy to install.
Laser Welded Tubes for Auto Fluid Management
Using DuPont & Leister's in-house lab capabilities and superior welding process and design expertise, laser welded tubes made from Zytel® PA612, PA612GF and PA66GF used for auto fluid management gave better productivity and quality control.
Low Extractable Multilayer Fuel Lines
DuPont's multilayer solution based on chemically modified Zytel® PA612 combined with EVOH can be used in automotive gasoline direct injection engines without polluting environment. These low extractable multilayer fuel lines are chemically resistant and have good adhesion between layers.
Quick Connectors Assembled on Battery Cooling Pipes
DuPont collaborated with HENN to design quick connectors assembled on battery cooling pipes that could withstand challenging temperatures and pressures and were resistant to coolant fluids upto 130°C and even other chemicals; all at a competitive price against existing solutions.
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