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.

LNP THERMOCOMP XF006S compound is based on Amorphous Nylon resin containing 30% glass fiber. Added features of this grade include: Heat Stabilized.

LNP THERMOTUF V1000SU compound is based on unfilled Super Touch Nylon resin. Added features of this grade include: Impact Modified, Heat Stabilized, UV Stabilized.

LNP THERMOTUF V1000UXC compound is based on Super Tough Nylon resin. Added features of this grade include: Impact Modified, UV Stabilized.

LNP THERMOTUF VC006 compound is based on Super Tough Nylon resin containing 30% carbon fiber. Added features of this grade include: Impact Modified, Electrically Conductive.

LNP THERMOTUF VF003 compound is based on Super Touch Nylon resin containing 15% glass fiber. Added features of this grade include: Impact Modified.

LNP THERMOTUF VF004S compound is based on Super Tough Nylon resin containing 20% glass fiber. Added features of this grade include: Impact Modified, Heat Stabilized.

LNP THERMOTUF VF008 compound is based on Super Tough Nylon resin containing 40% glass fiber. Added features of this grade include: Impact Modified.

LNP THERMOTUF VF1001S compound is based on Super Tough Nylon resin containing 5% glass fiber. Added features of this grade include: Heat Stabilized, Impact Modified.

LNP THERMOTUF VX00585 compound is based on Super Tough Nylon resin containing 30% glass fiber. Added features of this grade include: Impact Modified, Easy Release.

LNP THERMOTUF VX99809 compound is based on Super Tough Nylon resin containing proprietary fillers. Added features of this grade include: Impact Modified, Easy Release.

LNP THERMOTUF VX99810 compound is based on Super Tough Nylon resin containing 15% glass fiber. Added features of this grade include: Impact Modified, Easy Release.

Low influence from moisture and temperature to measures and electrical properties, compared with PA66.

Low influence from moisture and temperature to measures and electrical properties, compared with PA66.

Low influence from moisture and temperature to measures and electrical properties, compared with PA66.

Easy to print. No warping. High z-strength.

Low influence from moisture and temperature to measures and electrical properties, compared with PA66.

Low influence from moisture and temperature to measures and electrical properties, compared with PA66.

OM341 is a high performance thermoplastic polyamide designed to offer blaze orange color for easy identification of components. It is typically used to encapsulate high voltage modules. OM341 has excellent thermal perfomance and color stability. OM341 material is tailored to meet low pressure molding requirements. This product can be processed at low processing pressure due to its low viscosity, allowing encapsulation of fragile components without damage. This material produces no toxic fumes in process and provides a good balance of low and high temperature performance.

PA Alloy

PA Alloy

High temperature resistance PA

High temperature resistance PA

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

Biobased PAs are a range of Polyamides produced using annually renewable biomass like vegetable oils. These materials have excellent mechanical and chemical resistance. Properties - Up to 100% biobased - Non biodegradable - Flexible to rigid - Translucent to opaque - Food safe Applications Process: - Primarily injection moulding - Extrusion Markets: - Technical parts - Regular consumption goods - Transport - Sports and leisure

NEALID XN013C - 8428 is a polyamide alloy with detergent additives and low friction intended for injection moulding. APPLICATIONS NEALID XN013C - 8428 has been developed especially for very demanding applications in automotive industry, electrical and appliances parts requiring excellent combination between thermal and mechanical properties.

NEALID XN060-8229 is a polyamide alloy intended for Injection moulding. APPLICATIONS NEALID XN060-8229 has been developed especially for very demanding applications in automotive industry and electrical parts. Products requiring excellent combination between thermal and mechanical properties.

NEALID XN063 - 8428 is a polyamide alloy with detergent additives intended for injection moulding. APPLICATIONS NEALID XN063 - 8428 has been developed especially for very demanding applications in automotive industry, electrical and appliances parts requiring excellent combination between thermal and mechanical properties.

NEALID XN093 - 8428 is a polyamide alloy with detergent additives intended for injection moulding. APPLICATIONS NEALID XN093 - 8428 has been developed especially for very demanding applications in automotive industry, electrical and appliances parts requiring excellent combination between thermal and mechanical properties.

NYCOA 2001 is a flexible, high viscosity, impact modified Nylon 6 resin for extrusion processing and injection molding. NYCOA 2001 is a high viscosity resin that features a very high resistance to impact, high melt strength, and exceptional toughness. NYCOA 2001 is recommended for extruded profiles and tubes requiring very good toughness, even at low temperatures. Injection molding applications include safety guards, and soft-touch appliance parts.

NYLOPAK 570P Coextruded Nylon Film is a multi-layer film designed for limited use protective garments. It has an outer layer of HDPE, a nylon barrier and an aggressive adhesive layer wound in. It is available as 2.0 mil, medium slip, natural color, TX, in widths from 2 to 80 inches (51 mm to 2030 mm). General Characteristics - Yield: 14,300 sq in./lb (20.3 m2/kg) - Thickness: 2.0 mil (51 µm) - Width: 2 - 80 in. (51 - 2030 mm) - Color: Natural - Treat: TX (untreated) - Surface Smooth - Wound in: Adhesive - Wound out: HDPE