1800Mpa Breaking Force 87.6% Yield Ratio Stainless Steel Beading Wire for Vehicles 1.2mm
Description:
Bead wire for tire rim is widely appli ... Explore More
450 Straighetness 2156Mpa Tensile Tyre Bead Wire for Automobiles 948N / 50mm 0.78mm
Description:
Bead wire for tire rim is widely applied to ... Explore More
6.5% Break Elongation 0.24g/kg Bronze Coated Annealed Steel Wire for Automobiles 2.4mmHT
Description:
Bead wire for tire rim is widely appli ... Explore More
1740Mpa Tensile Strength Annealed Steel Wire 2.4mm Dia. Bead Wire For Motorcycles
Description:
Bead wire for tire rim is widely applied to th ... Explore More
31 Torsion 190 mm/3m Straightness Stainless Steel Beading Wire for Automobiles 1.0mm
Description:
Bead wire for tire rim is widely applied t ... Explore More
99.2% Cu 0.80% Sn 0.52g/kg Bronze Coated Stainless Steel Beading Wire for Planes 0.96mmHT
Description:
Bead wire for tire rim is widely appl ... Explore More
6.0% Break Elongation 39 Torsion Stainless Steel Beading Wire for Motorcycles 1.0mmHT
Description:
Bead wire for tire rim is widely applied ... Explore More
5.0% Break Elongation 38 Torsion Smooth Coating Bead Stringing Wire for Vehicles 1.60mm
Description:
Bead wire for tire rim is widely applie ... Explore More
98.6% Cu 8.5% Elongation Tyre Bead Wire for Automobiles 2230Mpa 1496N/50mm 0.95mmHT
Description:
Bead wire for tire rim is widely applied to ... Explore More
Description:
Bead wire for tire rim is widely applied to the manufacturing of various tires rims for automobiles, motorcycles, planes as well as ot ... Explore More
Tyre Bead Wire Wrapping With 1242N / 50mm Adhesion And 0.89mm Diameter For Auto
Description:
Bead wire for tire rim is widely applied to the ... Explore More
1740Mpa Tensile Strength 2.4mm Dia. Annealed Steel Wire Bead Wire For Motorcycles
Description:
Bead wire for tire rim is widely applied to th ... Explore More
6.0% Break Elongation 1.65mm Dia. Bead Stringing Wire for Planes 2150Mpa Breaking Force
Description:
Bead wire for tire rim is widely applied ... Explore More
