micro3D Unveils Micro Hi Temp: A New Era in High-Temperature Micro 3D Printing

[London, 10/01/2024] — micro3D is proud to introduce Micro Hi Temp, an advanced high-performance material that raises the bar for micro 3D printing in demanding thermal environments. Engineered with exceptional heat resistance and offered in a translucent amber finish, Micro Hi Temp is designed for industries where visual clarity, dimensional accuracy, and robust thermal stability are paramount.

Expanding the Horizon of High-Temperature Applications

From initial prototypes to production-grade components, Micro Hi Temp helps designers, engineers, and manufacturers push the boundaries of industrial prototyping and beyond. Whether you need to observe fluid flow inside microchannels or maintain structural integrity under extreme temperatures, this material delivers:

1. HVAC Systems and Consumer Appliances
   • Withstand elevated temperatures while preserving part functionality and reliability.
2. Automotive
   • Compatible with hydrocarbons and cleaning chemicals critical to fast-paced, high-temperature automotive conditions.
3. Low-Pressure Molding & Overmolding
   • Perfect for applications involving expanding foams, rubbers, or other materials requiring heat deflection above 300 °C.

Key Advantages of Micro Hi Temp

1. Unmatched Thermal Resilience
   • Exhibits a Heat Deflection Temperature (HDT) over 300 °C, setting a new benchmark for 3D printing materials.
2. High Tensile Modulus
   • Achieves 4000 MPa, delivering robust strength and maintaining dimensional accuracy across print orientations—ideal for molds and high-stress component fabrication.
3. Long-Term Durability
   • Engineered to endure UV exposure, humidity, and other environmental factors, ensuring consistent performance over an extended lifespan.

Standout Features

1. Translucent Amber Finish
   • Allows for excellent part visibility and evaluation of internal features, crucial for fluid dynamic assessments—no extra thermal post-cure necessary.
2. Rigorous Chemical Compatibility
   • Successfully tested against USCAR2 and ASTM D543 standards, making it well-suited for automotive fluid applications and sealed systems that demand reliability under stress.

By integrating Micro Hi Temp into the micro3D BMF PµSL system, engineers and product developers gain the freedom to take on challenging microfabrication projects that call for superior heat resistance and clarity. From intricate prototypes to functional end-use parts, this material supports the evolving needs of modern engineering and manufacturing.

About micro3D

For more than 55 years, IPFL has championed innovation in bespoke plastic part manufacturing, consistently incorporating emerging technologies to stay at the forefront of precision and quality. With a focus on advanced micro 3D printing processes and a dedication to customer satisfaction, micro3D enables breakthroughs across numerous sectors worldwide.

For more information about micro3D, the BMF S230 2µm resolution system, or to learn how our services can enhance your next project, please reach out:

Contact Information

Adam Bloomfield
Additive Manufacturing Manager
IPFL
01992 893231
sales@ipfl.co.uk
www.micro3D.co.uk