WT countersunk screws with TX drive according to WT standard WT-SK-2017 made of plastic (see material properties) with metric threads up to the head. Standard plastics for our fiberglass-reinforced plastic screws are polyamides (PA) with 30%, 50%, or 60% fiberglass content. However, screws made from PEEK with 30% fiberglass content, PE, POM, ABS, and other common thermoplastics are also available. Custom colors are possible upon request. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. Use a torque wrench or torque screwdriver for tightening. The recommended value is 50% of the breaking torque.

WT cylinder head screws with hex socket according to WT standard WT-Z-2017 made of plastic (see material properties) with metric threads up to the head. Standard plastics for our fiberglass-reinforced plastic screws are polyamides (PA) with 30%, 50%, or 60% fiberglass content. However, screws made from PEEK with 30% fiberglass content, PE, POM, ABS, and other common thermoplastics are also available. Custom colors are possible upon request. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. Use a torque wrench or torque screwdriver for tightening. The recommended value is 50% of the breaking torque.

Flat-head screw with TX drive according to WT standard WT-F-2017 made of plastic (see material properties) with metric threads up to the head. Standard plastics for our fiberglass-reinforced plastic screws are polyamides (PA) with 30%, 50%, or 60% fiberglass content. However, screws made from PEEK with 30% fiberglass content, PE, POM, ABS, and other common thermoplastics are also available. Custom colors are possible upon request. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. Use a torque wrench or torque screwdriver for tightening. The recommended value is 50% of the breaking torque.

WT hexagon (long) nut according to WT standard WT-SM-2017, similar to DIN 6334, made of plastic (refer to material properties) with metric threads. Standard plastics for our fiberglass-reinforced plastic screws include polyamides (PA) with 30%, 50%, or 60% glass fiber content. However, nuts made from PEEK with 30% glass fiber content, PE, POM, ABS, and all common thermoplastics are also possible upon request, including custom colors. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. For tightening, please use a torque wrench or torque screwdriver. Recommended value = 50% of the breaking torque.

WT hexagon screws according to WT standard WT-S-2017, made of plastic (refer to material properties) with metric threads up to the head. Standard plastics for our fiberglass-reinforced plastic screws include polyamides (PA) with 30%, 50%, or 60% glass fiber content. We also manufacture screws from PEEK with 30% glass fiber content, PE, POM, ABS, and all common thermoplastics, optionally in various colors upon request. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. For tightening, please use a torque wrench or torque screwdriver. Recommended value = 50% of the breaking torque.

Our self-tapping countersunk screws allow for installation into easily formable materials such as wood, plastics, or elastomers without requiring a tapped hole, only a pilot hole. The standard plastic for our fiberglass-reinforced self-tapping countersunk screw is polyamide (PA) with 50% glass fiber content. However, screws made from PEEK with 30% glass fiber content, PE, POM, ABS, and all common thermoplastics are also available, including custom colors upon request. The mechanical and physical properties, especially tensile strength, depend on environmental conditions. Practical testing is recommended. For tightening, we recommend using a torque wrench or torque screwdriver.

Washer according to WT standard WT-U-2017 made of plastic (see material properties). Standard plastics for our fiberglass-reinforced plastic washers are ABS and polyamide (PA) with 30% glass fiber content. PA with 50% or 60% glass fiber content, or PE, POM... essentially all common thermoplastics, are feasible upon request, including in color as per customer preference. The mechanical and physical properties, particularly tensile strength, are subject to environmental conditions. Practical testing is recommended.

Die Klaus Kunststofftechnik ist ein familiengeführtes Unternehmen mit ca. 170 Mitarbeitern, das sich seit fast 70 Jahren mit Problemlösungen und verfahrenstechnischen Umsetzungen im Bereich Kunststoff beschäftigt. Klaus Kunststofftechnik steht dabei für Full-Service in den Bereichen Thermoformen, Spritzgießen, Schäumen sowie der Endmontage und dem Finishing von hochwertigen Kunststoffprodukten.

Gears, spur gears (straight teeth) in various diameters and colors made of engineering plastics, precision-machined using multi-cavity molds. Suitable for industrial applications and white goods (washing machines, dryers, refrigerators). In-house quality assurance: The high-precision FRENCO ZWP 06 double-flank rolling tester guarantees micrometer-accurate pitch, concentricity, and tooth flank quality – for durable, low-vibration gears. Advantages over metal gears: - Low weight and good damping for efficient drives. - Quiet operation, corrosion resistance, and integrated functions (shaft, coupling, detent lugs). - Economical for high-volume production due to injection molding scalability. Applications in industry and white goods: - Small drives in household appliances: coffee machines, mixers, fans, flap actuators. - Gearboxes in power tools or as hybrid stages (metal/plastic) with moderate loads. - Precision components in consumer products where low noise and cost are priorities. -Gears in power tools with moderate loads or as intermediate stages in mixed gearboxes (metal/plastic).

Tooth segment with helical teeth in Q9