Spacer Standoff made of PA - hexagonal, external thread

Spacer Standoff made of PA - hexagonal, external thread

Product specification Hexagon spacer standoffs, external thread on both sides more

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Product specification

Hexagon spacer standoffs, external thread on both sides

General Information PA 6 .6 Good coefficient of sliding friction High mechanical... more

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General Information PA 6.6

Good coefficient of sliding friction

High mechanical stability and fatigue strength

Excellent resilience

Impact resistant

Resistant to abrasion

Resistant to cold

Chemical features:

Good resistance to weak alkalis, but only moderate resistance to strong alkalis; resistant to aromatic and aliphatic hydrocarbons, fuels, mineral oils and mineral lubricants; suitable for alkohols, esters, ketones, ethers and amines.

Material specification:

The polyamides are universal materials for mechanical functional parts

The temperature resistance of polyamide (from -30 to +100 °C, for a short time +120 °C) allows use in many industries

Connecting parts made of polyamide and similar plastics protect from rust and corrosion damage

Insulating properties and an amazingly high tensile strength

PA can also be used in the food processing industry and in medical fields

Resistant to corrosion and abrasion

Non-toxic and unmagnetic

Vibration-damping

PA 6.6 features the same chemical resistance as PA 6

PA 6.6 has a higher hardness, abrasion resistance, and a little higher operating temperature than PA 6

However, PA 6.6 is a little less impact resistant compared to PA 6

Material: PA 6.6 (polyamide 6.6)

Colour: natural

Density: 1.14 g/cm³ (DIN 53479)

Temperature range: -30 to +100 °C

Melting temperature: +255 °C (DIN 53736)

Yield stress: 83 N/mm² (ISO 527)

Elongation at break: 30 % (DIN 53455)

Bending strength: 115 N/mm² (DIN 53452)

Elastic modulus: 3,000 N/mm² (DIN 53457)

Impact resistance (Charpy): without break (DIN 53453)

Notch impact strength (Izod): 60 J/m (ASTM D 256)

Coefficient of sliding friction against steel (dry): 0.35 - 0.42

Dielectric loss factor (at 1 MHz): 0.025 (DIN 53483)

Volume resistivity: 10¹⁵ Ohm x cm (DIN 53482)

Surface resistance: approx. 10¹⁴ Ohm (DIN 53482)

Comparative tracking index (CTI): >600 V (IEC 112)

Dielectric strength: approx. 40 kV/mm (DIN 53481)

Water absorption (saturation): approx. 8.5 % (DIN 53495)

Moisture absorption (s.c.a.-saturation): approx. 2.9 % (DIN 53714)

Item	External thread	P1 mm	P2 mm	L mm	SW mm	Einheit Stück	Price Euro*
338671	M3 x 0,5	6	6	5	6	10	43.00
338672	M3 x 0,5	6	6	5	6	25	93.00
338673	M3 x 0,5	6	6	8	6	10	43.00
338674	M3 x 0,5	6	6	8	6	25	93.00
338675	M3 x 0,5	6	6	10	6	10	43.00
338676	M3 x 0,5	6	6	10	6	25	93.00
338677	M3 x 0,5	6	6	12	6	10	48.00
338678	M3 x 0,5	6	6	12	6	25	105.00
338679	M3 x 0,5	6	6	15	6	10	48.00
338680	M3 x 0,5	6	6	15	6	25	105.00
338681	M3 x 0,5	6	6	18	6	10	48.00
338682	M3 x 0,5	6	6	18	6	25	105.00
338683	M3 x 0,5	6	6	20	6	10	48.00
338684	M3 x 0,5	6	6	20	6	25	105.00
338685	M3 x 0,5	6	6	25	6	10	54.00
338686	M3 x 0,5	6	6	25	6	25	116.00
338687	M3 x 0,5	6	6	30	6	10	54.00
338688	M3 x 0,5	6	6	30	6	25	116.00
338689	M3 x 0,5	6	6	35	6	10	54.00
338690	M3 x 0,5	6	6	35	6	25	116.00
338691	M4 x 0,7	6,4	6,4	5	8	10	43.00
338692	M4 x 0,7	6,4	6,4	5	8	25	93.00
338693	M4 x 0,7	6,4	6,4	8	8	10	43.00
338694	M4 x 0,7	6,4	6,4	8	8	25	93.00
338695	M4 x 0,7	6,4	6,4	10	8	10	43.00
338696	M4 x 0,7	6,4	6,4	10	8	25	93.00
338697	M4 x 0,7	6,4	6,4	12	8	10	48.00
338698	M4 x 0,7	6,4	6,4	12	8	25	105.00
338699	M4 x 0,7	6,4	6,4	15	8	10	48.00
338700	M4 x 0,7	6,4	6,4	15	8	25	105.00
338701	M4 x 0,7	6,4	6,4	18	8	10	48.00
338702	M4 x 0,7	6,4	6,4	18	8	25	105.00
338703	M4 x 0,7	6,4	6,4	20	8	10	48.00
338704	M4 x 0,7	6,4	6,4	20	8	25	105.00
338705	M4 x 0,7	6,4	6,4	25	8	10	54.00
338706	M4 x 0,7	6,4	6,4	25	8	25	116.00
338707	M4 x 0,7	6,4	6,4	30	8	10	54.00
338708	M4 x 0,7	6,4	6,4	30	8	25	116.00
338709	M4 x 0,7	6,4	6,4	35	8	10	54.00
338710	M4 x 0,7	6,4	6,4	35	8	25	116.00