Sheet Metal Stamping Aluminum Sound Case Surface sandblasting and anodizing

About us

Equipment resources of Yurun aluminum products: 13 international advanced aluminum profile extruders, with an annual production capacity of more than 20000 tons; More complete aluminum profile precision processing equipment; More complete aluminum profile oxidation pretreatment equipment, including polishing, wire drawing, sand blasting and other equipment. Environmentally friendly anodizing production line. The total plant area is about 30000 square meters. It is a manufacturer integrating "aluminum profile extrusion, precision machining and surface treatment".

The company is located in the Yangtze River Delta with superior geographical location, leading science and technology and developed transportation in China.

Yurun aluminum products has served thousands of enterprises and is a long-term partner of many state-owned enterprises, multinational corporations and the world's top 500 companies.

Our fields include: automobile industry, aerospace, industrial automation, medical devices, home decoration, home appliance electronics and other industries.

Our advantages: we have focused on industrial aluminum profile processing for 16 years, providing customers with one-stop supporting services such as aluminum profile extrusion, processing and surface treatment, so as to save customers' worry, rest assured and inspire them to become the leading comprehensive aluminum product R & D manufacturer in the industry.

Shell stamping

Stamping forming refers to the processing and forming method of applying external force to plate, strip, pipe and profile by press and die to produce plastic deformation or separation, so as to obtain the workpiece (stamping part) with the required shape and size.

Feature edit voice

Compared with other processing methods, stamping forming has many unique advantages in both technology and economy, mainly in the following aspects:

As like as two peas, 1, the size accuracy is guaranteed by the mold. So the parts processed are stable and consistent, and have the same characteristics.

(2) Stamping forming can obtain parts with thin wall, light weight, good rigidity, high surface quality and complex shape that cannot or is difficult to be manufactured by other processing methods;

(3) High material utilization rate, belonging to less and no chip processing;

(4) High efficiency and convenient operation, and the required technical level of workers is not high;

(5) The die has long service life and low production cost.

However, stamping processing also has the following disadvantages:

(1) High noise and vibration;

(2) The mold has high precision requirements, complex manufacturing, long cycle and high manufacturing cost, so the small batch production is limited;

(3) If the accuracy requirements of parts are too high, stamping production is difficult to meet the requirements. [1]