Tenax BM is a carbon fiber and is used for satellites.
Tenax BM boasts an excellent vibration damping ability, preventing deformations in the severe environment of space.
As this characteristic helps stabilize the shape of sports items, it is suitable for athletes with control-type playing.
Fiber with high modulus of elasticity
Helps stabilize the shape of sports items
Excellent vibration damping
Prevents unsteadiness of sports items and absorbs vibration
Deployed in satellites
State-of-art material / High performance
Products using Tenax BM
01High rigidity and vibration-damping ability
High vibration damping ability helps stabilize the shape of sports items
■Amplitude damped under a uniform load
Shows the fiber’s vibration-damping ability (the change of amplitude over time) after an initial uniform load is applied to a test piece mounted with the fiber lined up at an angle of 0 degrees.
In comparison to our benchmark product, Tenax BM has shown initial amplitude of less than 1/4 as well as fast damping speeds.
This shows excellent vibration-damping ability of Tenax BM.
As demonstrated and supported by high rigidity and vibration-damping ability, the excellent stability of Tenax BM – a material used in satellites – is its most outstanding characteristic.
Minimizes deformation even against a strong force
Generally speaking, materials with high modulus of elasticity (= hardness) tend to be weaker (= less durability).
However, compared to our benchmark product, Tenax BM has achieved a modulus of elasticity that is 70% higher, despite its strength being 10% lower.
With a high modulus of elasticity, Tenax BM offers CFRP* with excellent rigidity (resistance to deformations).
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