Xenia introduces CF/PP thermoplastic composite compounds
The XECARB 11 series of short carbon fiber-filled PP thermoplastic composite grades is designed for applications requiring a high modulus to density ratio.
.jpg;width=70;height=70;mode=crop;format=webp)
Xenia (Vincenza, Italy), a compounding company specializing in polymer-based materials, introduces its XECARB 11 series of short carbon fiber-filled polypropylene (PP) thermoplastic composite grades.
After more than a year of testing and improvements, Xenia says XECARB 11 offers a solution for a range of applications in chemical, industrial and sporting good applications that require a high modulus to density ratio.
The carbon fiber-reinforced compounds are electrically conductive and have a tensile strength up to 115 MPa. Compared to non-composite compounds, XECARB 11 is said to also feature good chemical resistance, high heat deflection temperature, better dimensional stability and reduced post shrinkage, as well as better surface hardness and good resistance to ultraviolet (UV) rays.
Related Content
-
Babyark launches smart, composites-intensive car seat
Impact-absorbing car seat approaches safety holistically with carbon fiber and D3O materials and embedded sensors for real-time monitoring.
-
Glass fiber-reinforced Akulon RePurposed recyclate enables Ahrend sustainable office chair
Envalior 30% glass fiber-reinforced Akulon RePurposed material helps Ahrend achieve lighter task chair with closed-loop value chain and reduced emissions.
-
We Are One announces new Convergence carbon fiber rims, wheels
Boston Materials ZRT composite films are featured in the twisted-shape bicycle rim, enhancing strength, durability and light weight.
