Japan (日本語)
Japan (日本語)
pair of hands working with heat treated FDM material
White Paper

Impact of Temperature on High-Performance FDM Materials

Impact of Temperature on High-Performance FDM 3D Printing Materials

FDM materials are used for a wide range of applications and not all use cases exist at room temperature. A study of several high-performing FDM thermoplastics – Antero® 800NA, Antero® 840CN03, FDM® Nylon 12CF, and ULTEM™ 9085 resin – were tested to determine the effect of high and low temperature on their upright tensile strength.

This white paper provides the results of that study.

Download the White Paper PDF

Related Content

Testing 3D printing materials

Testing the Effects of UV Exposure on a Variety of FDM Thermoplastics

FDM 3D printing materials exposed to UV light and humidity within a QUV environmental test chamber to imitate the damage from sun and rain. See the results.

続けて見る
SAF GrabCAD Print Pro

GrabCAD Print Pro: High-Performance Prototypes & Manufacturing at Scale

This webinar will introduce GrabCAD Print Pro for FDM, exploring its capabilities and features to minimize manpower, costs, and workflow disruptions.

続けて見る
3d printing real elastomers thermoplastics

3d printing real elastomers and other thermoplastics

Learn about different 3D printing materials and essential information regarding application fit, material characteristics and discover the best choice for you.

続けて見る
Testing 3D printing materials

Testing the Effects of UV Exposure on a Variety of FDM Thermoplastics

FDM 3D printing materials exposed to UV light and humidity within a QUV environmental test chamber to imitate the damage from sun and rain. See the results.

続けて見る
SAF GrabCAD Print Pro

GrabCAD Print Pro: High-Performance Prototypes & Manufacturing at Scale

This webinar will introduce GrabCAD Print Pro for FDM, exploring its capabilities and features to minimize manpower, costs, and workflow disruptions.

続けて見る
3d printing real elastomers thermoplastics

3d printing real elastomers and other thermoplastics

Learn about different 3D printing materials and essential information regarding application fit, material characteristics and discover the best choice for you.

続けて見る