
		Main page		Contact

	PTFE belts Open mesh Solid Joints Driving PTFE fabrics PTFE fabric Zone tapes Sprays and Kanthal® PTFE Silicones and Viton® Solid and sponge Adhesives and Viton® Silicone fabric Construction materials CHR® tapes Masking tapes Insulation tapes General usage PES belts Application Belts and fabrics Tapes and fabrics Silicones and Viton® FAQ
Contact EDER Fałkowo 66 A 62-262 Fałkowo tel/fax 61/86-93-550 tel/fax 61/86-93-551 Mon - Fri 8:00-16:00 You are welcome

ENGINEERING MATERIALS

Polyamide PA
Properties:

High resilience
High fatigue resistance, high vibration control
High resistance to UV radiation
High resistance to alkaline reagents (up to 12pH)

Polyamide 6	Polyamide 6.6
Characterized by optimum mechanical resistance, rigidity, durability, vibration control and abrasion resistance. These characteristics, together with electrical insulating abilities and good chemical resistance make PA 6 a material for general applications in mechanical constructions and for spare parts.	This material has greater mechanical resistance, rigidity, thermal resistance and abrasion resistance than PA 6. It also has greater creep resistace, but its impact strength and its ability of vibration damping are lower. It is suitable for mechanical processing on turning lathes.

PE Polyethylene 1000
Properties:

Exceptionally high shock control also in low temperatures (up to -20°C)
Very high chemical resistance to acids and alkalis
High abrasion resistance
Very low kinetic friction coefficient (0.15-0.25)
Low density (0.94 g/cm³)
Very good electroinsulating and dielectric properties
Physiological neutrality

POM Polyacetal
Properties:

Physiological neutrality
High tensile strength even in low temperatures (up to -50°C)
Very high dimensional stability (low absorption of water)
Good sliding properties (almost comlete lack of the "stick-slip" effect)
Excellent spring-like qualities
In the case of POM - C high resistance to alkali environment and high resistance to hydrolysis

POM - C (polyoksymetylen C)	POM - H (polyoksymetylen H)
Hydrolysis resistance up to 80°C High chemical resistance in the range of 4 < pH < 13 Continuous working temperature in air: 100°C Plasticity limit: 70 Mpa Module E: 3000 Mpa	Hydrolysis resistance up to 60°C High chemical resistance in the range of 4 < pH < 9 Continuous working temperature in air: 90°C Plasticity limit: 80 Mpa Module E: 3300 Mpa Greater creep resistance than in the case of POM-C (approx. 10% higher load carrying capability with the same deformation)

EDER - We have everything what was invented and produced in this industry.