Definition of Premium Modified POM：
Premium Modified POM goes by many names, and it is sometimes referred to as "Amazing Casting Resin", It includes High rigidity POM , Excellent wear resistance POM , Low friction coefficient POM , Superior dimensional stability POM , Good impact resistance POM , High tensile strength POM , Creep resistance POM
POM is a linear polymer with no side chain, high density and high crystallinity. According to thechemical structure of its molecular chain, it can be divided into homoformaldehyde and co-formaldehyde. Homoformaldehyde has high density, crystallinity and melting point, but poor thermalstability, narrow processing temperature range (about 10 'c), and slightly low stability to acid andalkali; The density, crystallinity, melting point and strength of co-formaldehyde are low, but the thermalstability is good, it is not easy to decompose, the processing temperature range is wide (about 50 °c)and the stability to acid and alkali is good. lt is an engineering plastic with excellent comprehensive proferties. Our company has been producing Premium Modified POM since the year 2003.
Detailed Specifications:
Product: POM plastic particles(Polyoxymethylene Resin)
Colour: Natural color, white, black,etc.(customizable)
Grade: Iniection or extrusion etc.
Package: Conventional packaging 25kg/bag(customizable)
Advantage of Premium Modified POM:
1. High mechanical strength and rigidity;
2. Highest fatigue strength;
3. Good environmental resistance and organic solvent resistance;
4, strong resistance to repeated impact;
5, a wide range of operating temperatures (-40 ° C ~ 120 ° C);
6, good electrical properties;
7, good recovery;
8, with self-lubricating, good wear resistance;
9, excellent dimensional stability.
Appliance Scenarios
Premium Modified POM encompasses a wide range of variants. It can be modified to realize multiple functional properties, High rigidity POM，Excellent wear resistance POM，Low friction coefficient POM，Superior dimensional stability POM，High tensile strength POM，Creep resistance POM and so on. (Polyoxymethylene) is widely used in core industries and diverse scenarios. In electrical/electronic sector, it manufactures precision components (connectors, switch housings), printer transmission parts, appliance accessories and new energy interfaces, with advantages of dimensional stability (low water absorption 0.25%), wear resistance, self-lubrication and RoHS/FDA compliance.
In automotive industry, it’s applied in interior handles, exterior brackets and power system gears, offering metal-grade mechanical properties (tensile strength 60-70MPa) for 30%-50% weight reduction, plus excellent low-temperature resistance (-40℃), oil resistance and fatigue resistance.
For machinery manufacturing, it suits general transmission parts, precision instrument housings and fluid valve components, enabling metal replacement via high rigidity (flexural modulus >2500MPa), low friction coefficient (0.1-0.3) and easy processability.
In new energy storage, flame-retardant POM (UL94 V0) makes battery housings and photovoltaic brackets, with customizable antistatic performance and high-low temperature cycle resistance (-40℃~120℃). It also serves FDA-compliant medical devices, daily necessities and aerospace components.
APPLICATION
