Zirconia location dowel pin for projection welding

   Wuxi Tecceram Fine Ceramic Co., Ltd, founded in 2013, is focus on high technique and high precision engineering ceramic products. Material include high purity alumina (>99.8%, ivory color), 3mol% yttria stabilized zirconia (3Y-TZP, white color), super high bending strength and toughness nano-meter zirconia (3Y-TZP, blue color), magnesium oxide full stabilized zirconia (Mg-PSZ, yellow) and silicon nitride (grey color or black color ). The raw material of these ceramics are imported from German, Janpan and France.

   Zirconia centring pins are commonly used in car frame welding to ensure accurate alignment and positioning of the car frame components during the welding process. These centring pins are made of zirconia, a strong and heat-resistant material that can withstand the high temperatures generated during welding.
The centring pins are designed with a pointed tip that allows them to be easily inserted into pre-drilled holes in the car frame components. Once inserted, they help to align and hold the components in place, ensuring precise positioning for welding.

   Zirconia centring pins offer several advantages for car frame welding position, including:
1. High heat resistance: Zirconia can withstand the extreme temperatures generated during welding without deforming or melting, ensuring the pins remain intact and functional.
2. Excellent strength: Zirconia is a strong material that can withstand the forces and pressures exerted during the welding process, providing reliable support and alignment for the car frame components.
3. Wear resistance: Zirconia centring pins have excellent wear resistance, ensuring they can be used repeatedly without significant wear or damage.
4. Corrosion resistance: Zirconia is highly resistant to corrosion, making it suitable for use in various welding environments, including those involving moisture or chemicals.
    Overall, zirconia centring pins are a valuable tool for car frame welding, helping to ensure accurate alignment and positioning of components, resulting in high-quality welds and a structurally sound car frame.