Mass production - Import export

CNC turning is a manufacturing process in which bars of material are held in a chuck and rotated while a tool is fed to the piece to remove material and create the desired shape. A wide variety of materials can be used in CNC turning, including:Aluminum, brass, bronze, copper, hardened metals, precious metals, stainless steel, steel alloys,ABS...

The stianless steel shafts, used in many fileds like construction manufacturing industry.

These are the accessories are mainly used in wide range of furniture accessories,such as the door insert, and some cabinet kit and so on...

New crafts in year 2023 by Shenzhen Promostar New craft 1: large processing size Size 500*600 red copper large plate plated 24K gold mass production.(small gold-plated are common, but so large plate are rare in market)

iglidur® GLW: Strong and cost effective Pressure-resistant low.cost material for mass production. Low-Cost material for medium requirements. iglidur® GLW bearings are preferentially used in applications with static load, in which the bearing points move only occasionally. iglidur® GLW is available as cylindrical bearings and plain bearings with flange. Versatile use Maintenance-free, dry operation Low-priced Insensitive to dirt Insensitive to vibrations

Novelis has created the first flat-rolled, aluminium-intensive electric vehicle battery enclosure designed for mass production vehicles. Learn more by downloading the product fact sheet. By utilizing Novelis’ highly-formable alloys, the battery enclosure provides automakers the ability to achieve deep drawn, complex shapes tailored to specific vehicle design requirements. The lightweight, high-strength material can help extend range, allowing vehicles to go 6-10 percent further on a single charge. With safety as a top priority, Novelis conducted extensive testing simulations to ensure its innovative, high-strength materials will protect batteries from road debris and vehicle crashes.

Graf-Flex-SP2 seals The Graf-Flex-SP-2 seal is a pointed sheet seal produced by a special process. The design of the seal is based on empirical values. Numerous tests have been carried out to verify the adhesion between the pointed sheet and the graphite coating as well as the surface quality, and thus the adhesion between the coating and the flange surface.The first phase of these tests led to special perforation of the carrier plate in terms of the geometric shape of the hole and hole distribution. The second phase took account of the adhesion of the seal to the surface of the flange and defined the surface quality of the graphite material. The values found in this way were transferred to the mass production process using a special procedure. . This consisted of a specially produced perforated roller for penetrating the sheet together with a special surface roller. Finally, the graphite coating is applied to the defined surface in the calendering process.