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

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.

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.