TECAFORM® AH ID Grey, a metal detectable acetal provided by Ensinger, is engineered for high-performance applications within the food industry and related sectors. This POM-C material is not only detectable by metal detection systems but also designed to resemble the stainless steel parts it often replaces, ensuring it fits seamlessly into existing setups while offering additional benefits such as lighter weight and reduced maintenance requirements. TECAFORM® AH ID Grey's lubricity and ease of maintenance make it an ideal choice for moving parts in food processing, conveyor systems, and pharmaceutical applications where reducing downtime and increasing efficiency are critical. Its ability to be easily machined allows for the creation of customized parts that meet specific operational needs.
- METAL DETECTABLE: TECAFORM® AH ID Grey is specifically designed to be detectable by metal detection systems used in food processing environments, enhancing safety and compliance.
- STAINLESS STEEL APPEARANCE: Features a grey color that mimics stainless steel, commonly used in food industry equipment, providing aesthetic continuity.
- LIGHTWEIGHT AND LUBRICIOUS: Offers the benefits of being lighter than metal and having low friction properties, facilitating smoother operations and easier handling.
- EASY TO MACHINE: This acetal can be easily machined into complex parts, making it ideal for custom applications in food processing machinery.
- EXCELLENT MECHANICAL PROPERTIES: Known for its strength, durability, and wear resistance, ensuring long-lasting performance under rigorous conditions.
- GOOD DIMENSIONAL STABILITY: Exhibits low moisture absorption, which contributes to maintaining shape and dimensions over time, crucial for precise operations.
- VERSATILE APPLICATIONS: Perfect for use in conveyor technology, beverage filling systems, pharmaceutical processing, and packaging and paper industries.
TECAFORM® AH ID Grey maintains excellent mechanical properties and wear resistance, even under the demanding conditions of the food and pharmaceutical industries. Its low moisture absorption and good dimensional stability ensure that components made from this material perform reliably over time without warping or deforming.
