Core Properties
Excellent mechanical performance: Boasts high tensile strength and impact resistance, resistant to fracture. It can maintain structural stability under certain loads, meeting the fastening requirements of industrial assembly.
Wear-resistant and self-lubricating: Features a low friction coefficient, which reduces wear between components. No additional lubrication is needed, cutting down maintenance costs.
Outstanding insulation performance: Offers superior electrical insulation, effectively isolating circuit components and preventing short-circuit risks. It is an ideal material for the electronic and electrical field.
Chemical corrosion resistance: Has good tolerance to weak acids, weak alkalis and most organic solvents, and can operate normally in humid and mildly corrosive environments.
Good processability: Easy to be injection-molded, and can be precisely customized into spacers of different sizes and shapes to meet diverse assembly needs.
Typical Applications
Electronics and electrical appliances: Separation of PCB components, internal support and fixation of cabinets, insulation and isolation of high and low-voltage equipment.
Automotive industry: Isolation of engine compartment components, assembly support of interior parts, fixation and separation of wire harnesses.
Mechanical equipment: Internal structural support of instruments and meters, wear-resistant isolation of transmission components, positioning and separation of molds.
Communication equipment: Insulation support and spacing maintenance of internal components of base station equipment and switches.
Properties and Applications of POM (Polyoxymethylene)
Core Properties
High rigidity and hardness: Its strength and rigidity surpass most general-purpose plastics, with extremely strong dimensional stability and no easy deformation during long-term use.
Superior wear resistance: Wear resistance is close to that of metals, with an extremely low friction coefficient, suitable for manufacturing components requiring frequent movement.
Good fatigue resistance: Not prone to fatigue damage under repeated stress, with a long service life, suitable for working conditions with high-frequency start-stop cycles.
Excellent solvent resistance: Stable to most organic solvents such as hydrocarbons, alcohols and esters, without easy dissolution or swelling.
Good electrical insulation: Maintains stable insulation performance over a wide temperature and frequency range, suitable for electrical components.
Typical Applications
Industrial transmission parts: Gears, bearings, rollers, sliders, etc., replacing some metal parts to reduce costs.
Automotive sector: Door lock components, wiper gears, fuel system parts, seat adjustment mechanism components.
Electronics and electrical appliances: Switch components, connector housings, home appliance gears (e.g., internal transmission parts of washing machines and printers).
Architectural hardware: Door and window pulleys, hinges, lock accessories, etc. Its weather resistance and wear resistance are suitable for outdoor and high-frequency use scenarios.