Air bag inflator systems utilize uniformly compressed finely knitted wire mesh elements to trap particulates from propellant and cool the expanding gas following activation. These filters are normally manufactured from large diameter stainless steel or carbon steel wire and are suitable for use in driver's side, passenger side and side door inflator designs. Density can be varied according to degree of filtration efficiency required and are often highly compressed.
Features and Benefits
Sumit wire mesh knitted has several features which give it a unique ability to absorb energy resulting in a material that is able to reduce vibration, abnormal sound and dissipate heat. In the knitting process wire loops are created that act like tiny springs which return to their original shape after being subjected to compression. The loops are also free to move in several directions allowing knitted materials to have natural resilience and to vibrate when sound energy hits the wires. When vibrating, the wires convert sound energy to thermal energy and so create a sound dampening effect. Compressing sumit wire mesh in a die creates an element that has a tortuous air path resulting in intricate passages that also attenuate sound by absorption. All these features enable the material in a variety of forms to perform all three of these functions and in some cases all of these functions in the same application. Commonly these components have applications in automotive exhaust systems, aerospace, marine and air tool industries.
Features and Benefits
Catalytic Convertor
SUMIT wraps are designed to protect the delicate ceramic honeycomb brick within catalytic convertors from shock and vibration damage. Constructed usually from crimped knitted wire mesh sometimes in conjunction with an integral strip of intumescent mat material, they are normally joined to make a one piece component that is easily fitted over the brick assembly in the canning process. Tiny springs are created during the knitting process that cushion the ceramic and prevent damage from the most severe vibration a convertor might experience. Materials of construction include grade 304 and 316 stainless steel.
Features and Benefits
Separation Rings
Twin brick catalytic convertors require a component to keep apart the two ceramic honeycomb bricks at a constant gap. Using a metallic wire mesh separation ring ensures the gap is consistent and consequently prevents gas erosion of intumescent mats. Separation rings can be produced in a wide range of materials for example 304, 316S stainless steel,
Features and Benefits
Spacer Rings
Features and Benefits
Liquid Filter
This Filter specially used for liquid filtration available mesh in variety of construction as per application.
