Exhaust Pipe Auto Manufacturers

METALLECA® Special Shaped Gaskets from our factory are formed by presses and molds to apply external force to plates, strips, pipes and profiles that result in plastic deformation or separation. Then, the stamping pieces acquire the needs of shape and size.
With the rapid development of technology and improvement of equipment requirement, the demand for precision accuracy stamping pieces is increasing and the applications are getting wider.

Our company, OEM/ODM supplier, produces METALLECA® Automobile Pump Accessories Housing for automobile needs. This kind of housing is asked to show high specifications in appearance, performance, assembly and other aspects. There is a rigorous production process from blank to machining process. In the casting process, we focus on mold design, pouring temperature, pouring speed, aluminum clarity (exhaust gas, slag removal), blank surface treatment. In the manufacturing process, we also consider the rationality and stability of fixture design, the machining precision of critical dimensions, the rationality of turnover (method, protection, etc.), surface treatment method, the standard packaging and pallet methods to the final shipment.

METALLECA® Bucket Teeth of Excavator is required high performance and assembly. There is a mature standardized production including production, manufacturing and control processes from blank to heat treatment. In the casting process, we focus on mold design, pouring temperature, iron and molten steel clarity (exhaust gas, slag removal), material chemical composition, pouring speed, blank surface treatment and dimensional stability of assembly. In the heat treatment, we also consider mechanical properties of heat treatment, anti-rust treatment (such as painting), and the standard packaging and pallet methods to the final shipment.

METALLECA® Pipe Buckle are formed by presses and molds to apply external force to plates, strips, pipes and profiles that result in plastic deformation or separation. Then, the stamping pieces acquire the needs of shape and size.
With the rapid development of technology and improvement of equipment requirement, the demand for precision accuracy stamping pieces is increasing and the applications are getting wider.

The materials used for METALLECA® Fan Housing in the market are no longer limited to the steel or pig iron. Our production of Fan Housing is made aluminum alloy and common carbon steel, since the characteristic of lightweight stainless steel and aluminum alloy is gradually used in current.Blowers are widely used for ventilation, dust exhaust and cooling in factories, mines, tunnels, cooling towers, vehicles, ships, and buildings. For example, ventilation and induced air for boilers and industrial furnaces; cooling and ventilation in air conditioning and household appliances; grain drying and selection; wind tunnel and hovercraft Inflation & propulsion, etc. The Fan Housing is asks to show high specifications in appearance, performance, assembly and other aspects, regardless of the general requirement.

Forging Process is one of the two components of forging (forging and stamping), in which forging machine is used to press metal billet to produce plastic deformation and Electric Power Fittings so as to obtain forging with certain mechanical properties, shape and size.
According to the way the blank moves, forging can be divided into free forging, upsetting, extrusion, die forging, closed die forging, closed heading forging. 1.Free forging. Use the impact force or pressure to deform the metal between the upper and lower iron (anvil block) to obtain the required forgings, mainly manual forging and mechanical forging two kinds.
2.Die forging. Die forging is divided into open die forging and closed die forging. The metal blank is obtained by compression deformation in the forging die bore of a certain shape, which can be divided into cold heading, roll forging, radial forging and extrusion, etc.
3, closed die forging and closed heading forging because there is no flying edge, the utilization rate of materials is high. It is possible to finish complex forgings with one or several processes. Since there is no flying edge, the forgings have less force area and less load required. However, it should be noted that the blank can not be completely restricted, so it is necessary to strictly control the volume of the blank, control the relative position of the forging die and measure the forging die, and try to reduce the wear of the forging die.