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Models printed with EL400 exhibit superior reliability. Withstanding over 60,000 cycles at 23C with a tear strength of 39.1kN/m*, it unlocks new opportunities for elastomer creations.
Buy NowWith an ultra-high 391% elongation at break, EL400 combines rubber-like elasticity and hardness, offering excellent flexibility and stability to realize your innovative designs.
The EL400s 5055% Bayshore rebound rate* makes returning to its original shape after deformation seamless. Ideal for durable prototypes for long-term testing and repeated use.
Perfect for products with high-durability needs, such as bicycle seats and shoe cushions, it maintains optimum performance under repeated bending and tearing conditions, ensuring long-term use and reliability.
PreviousNextDeveloped as high-performance material with excellent elasticity and tear-resistant properties, models printed with EL400 are suitable even for industrial processes, resulting in an ideal material alternative to foam and TPU.
*The data provided is the performance results of a fully post-processed object. For complete post-processing methods, please refer to theuser guidebelow.
Models printed with EL400 exhibit superior reliability. Withstanding over 60,000 cycles at 23C with a tear strength of 39.1kN/m*, it unlocks new opportunities for elastomer creations.
Buy Now
With an ultra-high 391% elongation at break, EL400 combines rubber-like elasticity and hardness, offering excellent flexibility and stability to realize your innovative designs.
The EL400s 5055% Bayshore rebound rate* makes returning to its original shape after deformation seamless. Ideal for durable prototypes for long-term testing and repeated use.
Perfect for products with high-durability needs, such as bicycle seats and shoe cushions, it maintains optimum performance under repeated bending and tearing conditions, ensuring long-term use and reliability.
PreviousNext
Developed as high-performance material with excellent elasticity and tear-resistant properties, models printed with EL400 are suitable even for industrial processes, resulting in an ideal material alternative to foam and TPU.
*The data provided is the performance results of a fully post-processed object. For complete post-processing methods, please refer to theuser guidebelow.
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