Exablend POM 525 is a glass-filled polyoxymethylene (POM-C, acetal copolymer) with improved injection-molding properties. It combines stiffness, low friction and exceptional dimensional stability — the core advantages of POM — with an increased modulus provided by glass fiber. Ideal for precision parts that require both geometric accuracy and wear resistance. Counterpart of BASF Ultraform N2320 G53 and Celanese Hostaform C9021 GV1/30.

Key properties

• The lowest shrinkage anisotropy among glass-filled polymers
• Exceptional dimensional stability — precision parts
• Low coefficient of friction, high abrasion resistance
• Low moisture absorption (<0.2% per 24 h)
• High Young’s modulus and fatigue strength
• High chemical resistance to fuels, oils and solvents

Applications

Precision gears, bushings, plain bearings. Drives in home appliances, automotive and industrial mechanisms.

Automotive. Fuel systems, latches, brackets, locking mechanisms — resistant to gasoline, diesel and ATF.

Electrical engineering. Connector housings, drive housings, brackets — geometric precision.

Industrial equipment. Cams, guides, pins.

Furniture hardware. Precision locks, latches, hinges.

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Exablend POM 032NC is a high-performance polyoxymethylene (POM) material intended for injection molding. Its key characteristics include excellent tensile strength and modulus, good impact resistance, and low water absorption. The material offers excellent dimensional stability and a high melt flow rate, making it suitable for precision parts.

Advantages:

• High stiffness
• Wear resistance
• Low friction
• Excellent tensile strength
• Impact resistance
• Low water absorption (~0.20–0.25 %, typical for POM-C)
• Good heat resistance
• Resistance to cyclic loads

Applications:

This material is suitable for automotive components, industrial equipment, consumer electronics and mechanical parts requiring durability, wear resistance and low friction.

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Exablend POM 1100 is a general-purpose polyoxymethylene (POM), a base grade for a wide range of technical parts. It combines stiffness, low friction and dimensional stability — the standard advantages of acetal — without additional modifications, making it the most economical choice in the Exablend POM range. Intended for injection molding of parts for household appliances, automotive applications and furniture hardware. An analog of DuPont Delrin 100, BASF Ultraform N2200 and Celanese Hostaform C9021 in base acetal applications.

Key properties

• Base POM grade — universal for most technical parts
• High stiffness and elastic modulus
• Low coefficient of friction, high abrasion resistance
• Low moisture absorption (<0.25 % in 24 h)
• Dimensional stability — minimal shrinkage and warpage
• High chemical resistance to fuels, oils and solvents
• Economy grade — the most cost-effective in the POM range

Applications

Household appliances. Gears, bushings, connectors, brackets — standard components.

Automotive. Latches, interior fasteners, holders — fixed functional parts.

Furniture hardware. Locks, hinges, guides — an economical option.

Plumbing. Connection bodies, fittings — hot water resistance.

Electrical engineering. Connection housings, brackets.

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Exablend POM 1900 is a polyacetal homopolymer (POM-H) with improved molding properties, containing a processing release agent and a built-in lubricant. It combines the highest stiffness among polyacetals, a low coefficient of friction and precise molding. Weather-resistant, it holds its shape under long-term loads. An analog of DuPont Delrin 500P and 100P in applications requiring a homopolymer (POM-H) structure with higher crystallinity.

Key properties

• POM-H homopolymer — higher crystallinity and HDT compared with POM-C
• The highest stiffness and Young’s modulus among polyacetals
• Built-in release agent and lubricant — precise molding without additional additives
• Low coefficient of friction (increased PV value)
• Low moisture absorption (<0.25 % in 24 h)
• Weather-resistant, shape recovery under load
• High fatigue strength — for dynamic parts

Applications

Precision gears and drives. Gear wheels for household appliances, automotive and medical devices — geometric accuracy and wear resistance.

Latches, clips, buttons. Quick-release connections and fastening clips — repeated deformation without loss of shape.

Automotive fuel systems. Pump housings, valves, bushings — resistance to gasoline/diesel/ATF.

Plumbing. Mixer bodies, cartridges, connections — hot water resistance.

Furniture hardware. Precision locks, hinges and hardware for sliding mechanisms.

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