Injection POM

Also known as Acetal, this isn’t your average polymer. It’s the high-performance, semi-crystalline workhorse engineered to replace metal and outclass other plastics. When your design demands low friction, high stiffness, and unwavering durability in the harshest environments, POM is the answer. Stop making compromises. Start engineering with conviction.


KEY BENEFITS

Forget weak links. POM delivers a suite of benefits that directly translate to a superior product and a smoother manufacturing process.

BENEFIT WHAT IT MEANS FOR YOU
High Strength & Stiffness Rigid and tough right out of the gate. Holds its shape under heavy load, perfect for gears, levers, and structural components.
Low Friction & High Wear Resistance Self-lubricating. Parts slide smoothly without greasing, reducing noise, wear, and maintenance. Outlasts the competition.
Dimensional Stability Minimal moisture absorption. What you mold is what you get, with incredible accuracy and consistency, batch after batch.
Fatigue & Chemical Resistance Laughs in the face of solvents, fuels, and repeated stress cycles. Built for the long haul in demanding conditions.

APPLICATIONS

This isn’t theoretical. POM is the secret weapon inside thousands of critical components across every major industry. It’s the mark of a quality build.

INDUSTRY KEY APPLICATIONS
Automotive Fuel system components (pump parts, caps), door locks, window regulators, gears, seatbelt mechanisms.
Consumer Appliances Gears in printers and coffee makers, pump housings, spray triggers, zippers, high-end kitchen utensil parts.
Industrial & Plumbing Precision gears, bearings, bushings, conveyor parts, ball valves, faucet cartridges, irrigation components.
Consumer Electronics Keycaps, slider mechanisms, connector bodies, precision rollers – anywhere smooth, reliable motion is critical.

TECHNICAL SPECIFICATIONS

Cut through the marketing fluff. Here’s the cold, hard data that proves its mettle. (Typical values for unfilled, homopolymer POM).

PROPERTY TEST METHOD VALUE UNIT
Tensile Strength (Yield) ASTM D638 70 MPa (10,000 psi)
Flexural Modulus ASTM D790 2,800 MPa (400,000 psi)
Impact Strength (Izod Notched) ASTM D256 80 J/m
Coefficient of Friction ASTM D1894 0.1 – 0.3
Heat Deflection Temp @ 1.8 MPa ASTM D648 110 °C (230 °F)
Melting Point 175 °C (347 °F)
Moisture Absorption (24hr) ASTM D570 0.2 %
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