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
Brass-plated 98.3% Cu Hose Wire Mild Steel Wire Robber Hose Reinforcement For Machinery
Description:
Hose wire is also called steel wire for ... Explore More
180mm/3m Straightness Tyre Bead Wire Wrapping With 1242N / 50mm Adhesion And 0.89mmHT Dia.
Description:
Bead wire for tire rim is widely appl ... 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
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
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
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
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
2250Mpa Breaking Force Bronze Coated Stainless Steel Beading Wire for Automobiles 1.2mmHT
Description:
Bead wire for tire rim is widely appl ... 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
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
