PAPolyamide (nylon)

Adding MoS₂ (molybdenum disulfide) gives higher stiffness, hardness and dimensional stability than Ertalon® 66SA, with somewhat lower impact strength.

The nucleating effect of MoS₂ improves the crystalline structure, enhancing bearing properties and wear resistance.

Combines mechanical strength, stiffness, toughness, mechanical damping and wear resistance in an optimal balance.

Good electrical insulation and chemical resistance make it a multipurpose grade for machine building and maintenance.

Higher mechanical strength, stiffness, heat resistance and wear resistance than Ertalon® 6SA, with excellent creep resistance; impact strength and damping are somewhat lower.

Very well suited to machining on automatic lathes. Natural rods of 150 mm diameter and above are made from a specific PA66 resin.

Retains stiffness and creep resistance over a wider temperature range than other nylon grades, with excellent resistance to heat aging.

It is mainly used in the 80~150℃ range, where PA6, PA66, POM and PET fall short in stiffness, creep resistance, heat aging resistance, fatigue strength and wear resistance.

30% glass fiber reinforced, heat-stabilized PA66 with higher strength, stiffness, creep resistance and dimensional stability than unfilled PA66 and excellent wear resistance. Its maximum service temperature is also higher.

Contains a metal-detectable additive and was developed for the food processing and packaging industries. It is designed to be picked up by metal detectors used to find food contamination; results depend on detector sensitivity.

Better wear and fatigue resistance and lower moisture absorption than standard PA6. Suitable up to 80℃ and compliant with food contact regulations.

A cast nylon 6 with properties very similar to Ertalon® 66SA: high strength, stiffness and hardness, with excellent creep resistance, wear resistance, heat aging resistance and machinability.

A heat-stabilized cast nylon with very high density and crystallinity. It resists heat aging from thermal oxidation in air better than conventional extruded or cast nylons, and its continuous allowable service temperature is 15~30℃ higher.

Very well suited to bearings and other mechanical parts running in air above 60℃ for long periods.

An internally lubricated cast nylon 6 that is literally self-lubricating. Developed for heavily loaded, slow-moving parts running without lubrication, it covers a wider range of applications than standard cast nylon.

Its coefficient of friction is up to 50% lower, its pressure-velocity (PV) limit is much higher and its wear resistance is up to 10 times better.

The blue basic cast nylon 6 grade, with better toughness, flexibility and fatigue resistance than Ertalon® 6PLA. It has proven itself in gears, supports (guides) and pinion gears.

Fine molybdenum disulfide particles improve the bearing and wear performance of basic cast nylon without affecting its inherent impact and fatigue resistance.

A very common grade for gears, bearings, chain sprockets and pulley wheels.

A special cast nylon 6 formulation developed by Quadrant. Solid lubricants improve self-lubrication, giving excellent friction and wear performance and pressure-velocity (PV) capability up to 5 times that of standard cast nylon.

Especially suited to fast-moving, unlubricated parts, and a complement to the oil-filled Ertalon® LFX.

Nylatron® LFG (Lubricated "Food Grade") is self-lubricating and formulated to comply with FDA food contact regulations.

Developed for food contact parts under high load and slow motion without lubrication, it needs less maintenance and lasts longer than standard cast nylon.

A high-performance cast nylon 6 bearing grade with wear resistance far better than Nylatron® NSM and outstanding pressure-velocity (PV) capability.

The first in the industry developed to reduce stick-slip to near zero. By eliminating jerky movement and noise, it enables precise motion control in high-precision applications.