Products & Services

Products & Services

Porous titanium-WEBTi® (Developed products)

Porous metal
  • ・Permeability of fluid
  • ・Electrical / thermal conductivity
  • ・Shock absorption property
  • ・Large specific surface area
  • ・Unique visual and tactile impression
Titanium
  • ・High corrosion resistance
  • ・High strength
  • ・Coloring by anodic oxidation
Porous titanium
  • ・Electrode and filter under highly corrosive conditions
  • ・Material for stylishly designed product
Type Raw material Maximum size (mm) Porosity (%) Feature
WEBTi®-T Ti powder 800L×400W (t : 0.25~4.0) 40~70 Balanced properties
WEBTi®-K Ti powder paste 300L×300W (t : 0.02~0.15) ca. 40 High flexibility
WEBTi®-S Ti fiber 300L×250W (t : 0.5~5.0) 70~90 High porosity
WEBTi®-F Ti fiber 500L×250W (t : under 0.5) ca. 90 Stylish design
WEBTiR-T
WEBTi®-T
WEBTiR-K
WEBTi®-K
WEBTiR-S
WEBTi®-S
WEBTiR-F
WEBTi®-F

Porous titanium sheet
WEBTi®-T (Developed product)

WEBTi®-T is a porous titanium sheet made of titanium powders,featured with balanced properties; fluid permeability, strength and specific surface area.

Raw material Pure titanium powder
Sheet size Max. 800 x 400mm
Thickness 0.25~1.5mm
Porosity 40~70%
Applications Filter, Electrode, Getter material, etc.
Appearance
Appearance
Enlarged image of surface (SEM)
Enlarged image of surface (SEM)

Electric properties

Sheet thickness (mm) Porosity (%) Sheet resistance (Ω/sq) Electroconductivity (S/cm) Specific surface area (m2/g)
0.5 58 1.3 x 10-3 3.3 x 103 0.11
64 1.6 x 10-3 3.0 x 103 0.08
62 2.3 x 10-3 1.9 x 103 0.03

Porous titanium sheet
WEBTi®-K (Developed product)

WEBTi®-K is a porous titanium sheet manufactured from titanium powder paste, featured with thin gauge, flexibility and small pore size under several μm.

Raw material Titanium powder paste
Sheet size Max. 300x300mm
Thickness 20~150μm
Porosity ca. 40%
Applications Electrode, etc.
Appearance
Appearance
Enlarged image of surface (SEM)
Enlarged image of surface (SEM)

Flexibility

Measurement method: Mandrel bend test

Thickness (μm) Diameter of mandrel bar
Φ 2mm Φ 3mm Φ 4mm
20
40

○: No crack △: Tiny crack

Bendability

Electric properties

Sheet thickness (μm) Porosity (%) Sheet resistance (Ω/sq) Electroconductivity (S/cm)
22 44 2.4 x 10-3 4.6 x 102
39 40 1.2 x 10-3 4.2 x 102

Porous titanium sheet
WEBTi®-S (Developed product)

WEBTi®-S is a porous titanium sheet made of titanium fibers, featured with high porosity of 70 to 90%.

Raw materials Pure titanium fiber/Ti-6Al-4V fiber
Diameter: Φ 20, 30μm
Length: 1~6mm
Sheet size Max.300 x 250mm
Thickness 0.5~5mm
Porosity 70~90%
Applications
  • Filter
  • Electrode
  • Noise absorber
  • Photocatalyst, etc.
Appearance
Appearance
Enlarged image of surface (SEM)
Enlarged image of surface (SEM)

Ventilation resistance

Electric properties

Fiber size
(Diameter x Length)
Sheet thickness (mm) Porosity (%) Sheet resistance (Ω/sq) Electroconductivity(S/cm)
Φ 20μm x 2.5mmL 0.5 80 2.9 x 10-3 1.4 x 103
Φ 30μm x 1.0mmL 82 3.6 x 10-3 1.2 x 103
Φ 30μm x 2.5mmL 83 3.5 x 10-3 1.3 x 103

Sound absorption properties

Porous titanium sheet
WEBTi®-F (Developed product)

WEBTi®-F is created by fully bringing out the beauty of titanium. Various colors can be obtained by adjusting the thickness of the oxide layer on the surface. The beauty of WEBTi®-F is most highlighted when illuminated.

Raw materials Pure titanium fiber
Sheet size Max. 500x250mm
Thickness Thinner than 0.5mm
Porosity ca. 90%
Applications Material for lighting fixtures and interior, etc.
WEBTiR-F sheet illuminated from the front
WEBTi®-F sheet illuminated from the front
WEBTiR-F cylinder illuminated from below
WEBTi®-F cylinder illuminated from below
  • Stylish luminaire equipment designed with WEBTi-F, tillumio
_1
  • Stylish luminaire equipment designed with WEBTi-F, tillumio
_2
 

Stylish luminaire equipment designed with WEBTi®-F, tillumio
Distributer MACHICOCO CO.,Ltd. https://machicoco.co.jp/product/webti-f/

Technical Development Center

TEL+81-467-82-2169

FAX:+81-467-83-0213

Contact here

This website uses cookies for maintaining and improving performance. Please click below “Agree” button by continuing to visit this site. Learn more