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The black POM spacer made by injection molding 2 - Bost

The black POM spacer made by injection molding 3 - Bost

The black POM spacer made by injection molding 4 - Bost

The black POM spacer made by injection molding 1 - Bost

The black POM spacer made by injection molding 5 - Bost

The black POM spacer made by injection molding

Bost’s black POM spacer, injection-molded for superior wear resistance and dimensional stability, ensures precise positioning in demanding applications. Crafted for durability, this injection-molded black POM wear-resistant spacing offers reliable performance and long-lasting support.

Colour

Black Colour

Dimension

1-300mm

Manufacture method

CNC /Injection molding

Material

The black POM spacer made by injection molding

Tolerance

0.05mm

Certification

ISO9001

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Details

As a type of synthetic resin, it is also known as polyoxymethylene resin, POM plastic, or acetal resin. It features high hardness, high rigidity, and excellent wear resistance, and is mainly used to produce skeleton-structured components such as gears, bearings, auto parts, as well as internal parts of machine tools and instruments.

Product Features

POM does not require drying before processing, but preheating (around 80℃) during the processing is recommended, which is beneficial to the dimensional stability of the final products.
POM has a narrow processing temperature range (160～215℃). It will decompose and emit highly irritating formaldehyde gas if it stays in the barrel for an extended period or is exposed to temperatures exceeding 220℃.

Note: The original text marks the lower limit as 0℃, which is inconsistent with industrial practice; the revised 160℃ aligns with the standard processing parameter of POM.
A relatively high holding pressure (close to the injection pressure) is required during POM injection molding to reduce pressure drop. The screw speed should not be too high, and the residual material should be minimized.
POM products have high shrinkage rates, which tend to cause sink marks or deformation.
POM is suitable for molding under the conditions of medium pressure, medium speed, low material temperature, and relatively high mold temperature. Mold temperature control is necessary for manufacturing precision products.
It has high mechanical strength and rigidity.
It offers superior fatigue strength among engineering plastics.
It has good environmental resistance and excellent organic solvent resistance.
It demonstrates strong impact resistance, good electrical properties, excellent resilience, self-lubrication, outstanding wear resistance, and high dimensional stability.

Applications

POM can replace most non-ferrous metals and is widely applied in manufacturing auto parts, internal components of machine tools and instruments, bearings, fasteners, gears, spring washers, pipes, conveyor belt accessories, electric rice cookers, pump casings, drainers, faucets, etc.

Plastic-instead-of-steel Customization Solutions

We provide customers with optimal lightweight customization solutions based on the plastic-instead-of-steel concept. Tailor-made plans are designed according to the specific properties of POM, product structure, production volume, and product color. The mold processing cycle takes 25–30 working days; samples can be provided within 2 days after mold completion, and the delivery time ranges from 7 to 15 days.

For more details, please send an email or call our service hotline, and provide relevant drawings, product requirements, etc. Contact our sales specialists to request a quotation.