• <dfn id="d49ph"><del id="d49ph"></del></dfn>

    <meter id="d49ph"></meter>
    1. <output id="d49ph"></output>

      <progress id="d49ph"><strong id="d49ph"><acronym id="d49ph"></acronym></strong></progress>
      <ins id="d49ph"><rp id="d49ph"></rp></ins>

          <bdo id="d49ph"><delect id="d49ph"></delect></bdo>
          <label id="d49ph"></label>
             Page :  Home  > New Message > Company Activity > SYC Knowledge Base || Airbag Manifold of Deployment Container  Back
                SYC Knowledge Base || Airbag Manifold of Deployment Container

            airbag manifold 

            Our airbag manifold of deployment container exhibits our cold forge molding abilities:


            Computer Simulation

            Every molding process of our airbag deployment container is simulated by CAE.

             

            No Thinning

            During the process of molding, every wall keeps in equal thickness that stress is evenly distributed.

             

            Excellent Strength

            Strength rigidity is better than metal sheet fabrication drawing forming.

             

            Economic Efficiency

            Through the adoption of general stamping machine and tooling design technique, our product can achieve the similar effect of forging machine.



            airbag manifold   

             Airbag Manifold of Deployment Container


            airbag manifold 

                Walls keep in equal thickness


            玖玖资源365更新入口口