Acetal (Hostaform® MT®2U06)
Orthoplastics is proud to introduce Hostaform® MT®2U06 Acetal
The latest addition to our high-performance medical polymer range. Trusted across the healthcare sector, this material brings outstanding consistency, biocompatibility and strength. Hostaform® MT®2U06 gives customers even more choice when designing orthopaedic instruments, trials and external medical devices.
Certified quality you can trust
Hostaform® MT®2U06 is built to perform in demanding medical environments.
It offers certified biocompatibility to USP Class VI and ISO 10993 standards, is FDA Device Master File listed and provides excellent impact strength.
The material can be sterilised using ethylene oxide gas (ETO) and steam, making it ideal for critical healthcare applications. Improved consistency across production ensures peace of mind for manufacturers.
Your partner for innovation and growth
At Orthoplastics, we do more than supply materials – we work alongside you to drive innovation. With over 30 years of expertise in medical polymers, ISO 13485 certified quality systems and an independent in-house testing laboratory, we help bring your ideas to life.
Our advanced machining centre and regulatory support services are designed to accelerate your development process, reduce time to market and ensure your products are ready for success.
The importance of colour coding
We know that colour coding is important for easy identification in medical applications. Which is why Hostaform® MT®2U06 is available in a range of colours, all tested for biocompatibility.
The colours shown are not exhaustive – we welcome enquiries for any specific colour requirements.
Frequently Asked Questions
We’ve answered some of the most common queries about our materials including performance, processing, applications and more.
When should acetal be selected over UHMWPE?
Acetal is typically chosen when higher stiffness, tighter tolerances and improved dimensional stability are required. While UHMWPE offers superior wear resistance, acetal performs better in precision components where rigidity and low moisture absorption are critical.
What types of components are best suited to acetal?
Acetal is well suited to precision-engineered parts such as gears, bearings, housings and structural components. It is commonly used where consistent performance and accurate machining are essential.
How does acetal perform in precision engineering applications?
Acetal offers excellent dimensional stability and machinability, making it ideal for applications that require tight tolerances. It maintains its shape well under mechanical stress, which supports reliable long-term performance.
What are the advantages of acetal for machining?
Acetal machines cleanly and consistently, allowing manufacturers to produce complex components with high accuracy. Its stability during machining helps reduce waste and improves production efficiency.
What factors should be considered when selecting acetal material?
Key considerations include load requirements, environmental conditions, required tolerances and the type of application. Selecting the correct material grade and format helps ensure optimal performance and efficient manufacturing.
