• Celmet™

  • Aluminum Celmet™

  • Teralink™

What is Celmet™

Celmet is a porous metal in which triangular-prism-shaped cells are interconnected to form a three-dimensional structure having continuous pores. The products are available as nickel, nickel-chrome alloy, and aluminum materials. The porosity is significantly higher than that of porous materials derived from sintered metal powder or metal grains. Celmet is widely used in various industrial fields. Applications include electrodes for batteries and carriers for industrial deodorization catalysts.


Aluminium Celmet™

98% Porosity Metal

Celmet consists of a porous metal body whose frame has a three-dimensional network structure similar to sponge. We are currently mass producing technologies for Ni (nickel) Celmet, and are providing this product to the automotive industry.

At this time, Sumitomo Electric has succeeded in developing Al (aluminum) Celmet. Characteristics include higher porosity of a maximum of 98%, light weight, high electrical conductivity, and greater surface area compared to sintered metal and metal fiber. Al Celmet can be used for various applications such as aerospace, automotive, energy fields, and much more.

Features

  • High porosity (<98%)
  • Three-dimensional mesh-like structure
  • Spherical cell form
  • High purity (99.9%)
  • Easy to cut and press
  • Light weight
  • High conductivity
  • High corrosion resistance

Specifications

Porosity 95%
Cell number 46 - 50 pcs/inch
Cell diameter 0.5 mm
Surface area 5,000 m²/m³
Thickness 1.0 mm
Weight 140 g/m²
Breaking strength* 0.5 MPa
Resistance* 3 μΩ · m

* Measured with 10 mm width

Lineup

  • Al weight (g/m²)
  • Thickness (mm)
  • Cell number (N/inch)
  • Ave. diameter (μm)
  • Porosity (%)
140 1.0 46 550 95
100 1.0 46 550 96
200 2.0 30 850 96

Applications

Teralink™

A thermoplastic polymer that is cross-linked by Sumitomo Electric's unique electron-beam irradiation technology. This technology not only delivers a polymer that has higher strength at temperatures above Tg, but also better wear and fatigue resistance.

Features

  • High structural stability at temperatures above melting point
  • Higher strength at temperatures above Tg
  • Improved resistance to wear and fatigue

Applications

Use Teralink to optimize your design by reducing weight, size, cost, etc.

  • Electric skateboards
  • Mounter machines
  • Drones
  • Electrc wheelchairs
  • Electric wcooters
  • Robotic arms/suits