Rilsamid® MA 4411 NAT resin is a natural polyamide. This grade is plasticized and designed for tube extrusion. Rilsamid® MA 4411 NAT resin falls into the PA12-HIPHL category according to DIN 73378 (PA12-HIP, EHL, 22-004). This grade is also available in black.

Aramid Fiber - PTFE Lubricated - Preliminary Data

Glass Bead - Preliminary Datasheet

Silicone Lubricated

PTFE Lubricated

PTFE Lubricated - Silicone Lubricated

PTFE Lubricated

PTFE Lubricated - Silicone Lubricated

Unfilled

Glass Fiber

Glass Fiber

Glass Fiber

Glass Fiber

Carbon Fiber

Carbon Fiber

Carbon Fiber

Carbon Fiber - PTFE Lubricated - Heat Stabilized - Lubricated

Carbon Fiber - PTFE Lubricated - Silicone Lubricated

Carbon Fiber - PTFE Lubricated - Heat Stabilized - Lubricated

Carbon Fiber

Flame Retardant - Halogen Free

Mineral - Electrically Conductive - EMI/RFI Shielding - Magnetically Attractive

ESD Protection - Permanently Static Dissipative - Preliminary Datasheet

Extrusion Grade - Impact Modified - Electrically Conductive - Preliminary Datasheet

Starflam SF0067 is a glass fiber reinforced, flame retardant PA12 for injection molded applications. The material is halogen free and red phosphorus free.

Typical characteristics - Very high heat deflection temperature - Excellent noise and vibration damping - High abrasion resistance - High stiffness - Good compressive strength - High mechanical strength Typical industries - Mechanical Engineering Industry

Typical characteristics - Low moisture absorption - Very good stress cracking resistance - Good impact strength - Noise and vibration damping - Good machinability - Good adhesive properties - Good weldability - Maximum dimensional stability amongst the polyamides Typical industries - Electronics - Chemical storage tanks - Mechanical Engineering Industry

Tepex® dynalite 206-C200(x)/45%3K Carbon - PA12 consolidated composite laminate The datasheet is valid for this specific composition only, the characteristics of composites depend on reinforcement level and fiber orientation. Non-standard thickness may alter some or all of these properties. The data listed here are given as average product properties and should not be used to establish specification limits nor used alone as basis of design. The underlying tests were conducted at room temperature and (where possible) with 2 mm specimen thickness. For tensile and flexural tests a specimen width of 25 mm was used and is highly recommended to achieve representative results.

15% CARBON FIBER REINFORCED, WEAR RESISTANCE, HIGH IMPACT

ARAMID /PTFE FILLED,GLASS FIBER REINFORCED, SLIDING, WEAR RESISTANCE

30% CARBON FIBER REINFORCED, HIGH STRENGTH, HIGH CONDUCTIVE

30% GLASS FIBER REINFORCED,HIGH STRENGTH

30%GLASS FIBER REINFORCED,15%PTFE FILLED,HIGH STRENGTH, WEAR RESISTANCE

40% GLASS FIBER REINFORCED,HIGH STRENGTH

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

TRAMID® provides good heat resistance, impact resistance, mechanical hardness, and chemical resistance. TRAMID® is widely used in textiles, automotive industries, ranks, kitchen utensils, and sports apparel, for its low specific gravity, high rigidity, and excellent processability.

The Trilliant® specialty compounds offer a complete system of specialty engineered materials, certified processes, services and technical support that enable healthcare OEM's to get to market ahead of competition. When specified, Trilliant® compound may incorporate agency rated materials that meet USP Class IV, FDA or ISO 10993 testing requirements. This Trilliant® grade is a high density specialty compound featuring a sustainable material solution for radiation shielding and weighting & balancing applications. The composite material offers a high performance thermoplastic-based alternative to lead. This compound has densities similar to traditional metals and provides greater flexibility in design and processing.