Polyamide Multipolymer

Polyamide Multipolymer with Improved Gel Resistance in Solutions

Enplury PARA K5050 is a 50% glass fiber reinforced polyarylamid with very high stiffness and strength, even in conditioned state Applications: Components with high dimensional stability, independent from moisture content. Enplury PARA K5050 is an alternative for aluminium and zinc diecast alloys.

Enplury PARA K6060 is a 60% glass fiber reinforced polyarylamid with very high stiffness and strength, even in conditioned state. Applications: Components with high dimensional stability, independent from moisture content. Enplury PARA K6060 is an alternative for aluminium and zinc diecast alloys.

Carbon Fiber - ESD Protection - Electrically Conductive

Industrial Grade

35% Glass Reinforced, Laser Direct Structuring (LDS), Low Warpage ForTii® Eco LDS62B is a high ductility LDS material which enables good structural integrity in complicated geometries. It is well suited for wearable devices and smart phone antennas for consumer electronics. It has excellent dimensional stability to ensure low warpage after chemical plating. Eco LDS62B is Eco-friendly due to its partly bio-based content.

Semi-aromatic polyamide compound, 40% glass fibre, flame retardant, halogens free, UL listed [email protected] Compound designed for safety parts with high mechanical requirements, typically used to replace metal due to the high stiffness and strength, stable after conditioning. Combines flame retardant properties with better creep behavior and dimensional stability vs. an equivalent PA66 grade, with lower warpage and good surface finish.

This data represents typical values that have been calculated from all products classified as: Generic Nylon, Unspecified - Carbon Fiber This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic Nylon, Unspecified - Glass Fiber, Long This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic Nylon, Unspecified - Glass Fiber This information is provided for comparative purposes only.

This data represents typical values that have been calculated from all products classified as: Generic Nylon, Unspecified This information is provided for comparative purposes only.

Low density polyamide compound

Grilon BM 16 natural is a medium viscosity multi-polyamide with a low melting point. Grilon BM 16 natural has the following features: - High flexibility and toughness - Very good orientation and thermoforming properties - High shrinkage - Very good transparency - Low melting point (164°C) - Low glass transition point (44°C) Application Examples Grilon BM 16 natural has been specially developed for cast and blown films coextruded with temperature sensitive polymers (PVDC, EVOH). Grilon BM 16 natural is suitable flexible packaging for foodstuffs e.g. (shrinkable) film for consumer packaging of meat, cheese, sausage or fish.

PA+40% Mineral modification

High Temperature Nylon

Features - Inflaming retarding V-0 - Excellent physical, electrical and mechanical properties - Chemical and grease resistance - The creep resistance and fatigue resistance - Dimensional stability, can be used for large, thick wall forming parts - Insulation of high thermal conductivity Applications - For LED LCD backlight tube, LED TV, LED lamps such as MR16; Also can replace the general aluminum heat sink - For LED lamp, lamp, bulb - Heat radiating parts for household appliances - Heat radiating parts for industrial products

Description Barrier thermoplastic, Nylon blend with HDPE Application Agrochemical Container,SORE* Fuel Tank, PFC

A very durable nylon powder, PA 4000 has well-balanced material characteristics that are ideal for a wide variety of applications. The detail resolution, excellence surface finish, and 34% elongation at break point ensures this bright white material meets the needs of your product requirements. The chemical resistance and various finishing possibilities make PA 4000 ideal for open-sourced laser sintering 3D printers. Similar to a PA 12, PA 4000 should be selected for applications that require functional testing, low to midvolume production runs or prototyping. Even though this material should be processed in an inert environment, PA 4000 does not need to be dried which adds to the convenience of use. Some common applications include (but are not limited to): functional prototypes, complex geometries, low temperature duct work, caster housings (in additional to other housings and enclosures), and parts with snap-fit features. Advantages Excellent elongation and impact strength are key benefits of PA 4000. Powder flowability and wet out is exceptional, producing dense parts with an excellent surface finish. PA 4000 has a potential for high recyclability and displays color stability.

PA 4050 GB has well-balanced material characteristics that are ideal for applications that require durable, highquality parts. The detail resolution and excellent surface finish allow for solid-built parts. Multiple finishing possibilities make PA 4050 GB ideal for open-sourced laser sintering 3D printers. Similar to a PA 12 GB, PA 4050 GB should be selected for applications that require functional testing, durable prototyping, or low-volume builds. With increased dimensional stability, this material holds up to heavy-duty part requirements. Some common applications include (but are not limited to): functional prototypes, complex geometries, low temperature duct work, caster housings, and other housings and enclosures. Advantages Excellent impact strength, produces dense parts with an excellent surface finish, color stability, and relative isotropic performance.

A special Material of glass fiber reinforced nylon for automotive intake manifold Pamphlet: Automotive intake manifold has complex formation and its internal air flow channel which requires a high surface glossiness. Besides, aluminum alloy machining process is more expensive. As a result, replacing alloy with glass fiber reinforced nylon to produce intake manifold has become the leading trend of the automotive industry. Not only can it reduce cost, but also meet environmental protection and energy-saving requirements. In addition to high mechanical strength, the material is required to have excellent liquidity to ensure surface glossiness of the air flow channel.Special Material developed by our company has a high tensile strength and impact strength, and also has a melt flow rate larger than 40g/10 min. The material can be used to automotive intake manifold.

LNP LUBRICOMP VN001 compound is based on Super Tough Nylon resin containing Molybdenum diSulfide (MoS2). Added features of this grade include: Wear Resistant.

LNP LUBRICOMP XFL21R compound is based on Amorphous Nylon resin containing 5% glass fiber, 10% PTFE. Added features of this grade include: Wear Resistant, Mold Release.

LNP LUBRICOMP XFL36 compound is based on Amorphous Nylon resin containing 30% glass fiber and 15% PTFE. Added features of this grade include: Wear Resistant.

LNP THERMOCOMP 9X10312 compound is based on Nylon blend containing 50% glass fiber. Added features of this grade include: Impact Modified, High Flow, Good Ductility, Low Moisture Absorption.