| Twin screw elements available for the following brands | ||||
| Clextral | KraussMaffei | Leistritz | JSW | Buhler |
| Toshiba | Coperion | Berstorff | Maris | KOBE |
| Wenger | CPM | |||
6.Production Equipments
At present, the company’s factory area exceeds 3000 square meters, and an additional 3000 square meters are under planning and design, covering the complete production process of material research and development, main component production, and testing. The company has 6 technical person,over 40 workers, and multiple imported production and testing equipment from Taiwan and Germany.
7. Why Choose Us
1) Independent research and development of materials and processes can ensure the performance and process of materials to the maximum extent, and greatly prolong the service life compared with ordinary products, while the main supplier in the market only buy raw materials for machining.
2) Independently develop the process of key products, and constantly improve and enhance the old process to achieve the best product performance.
For example, we changed the production process for barrel liner and liner from sintering to spray welding. Which increased the product service life 3-5 times then normal products.
3) Continuously improving and optimizing product appearance of the composite layer ,which greatly improved the service life of products.for the separately linner and Barrel Liner, we changed the Composite layer from thin 8 shape to ellipse flat angle shape, which increased the product service life greatly.
Bimetallic refers to a material or component composed of two different metals or alloys that are bonded together. The purpose of creating a bimetallic structure is to take advantage of the unique properties and characteristics of each metal.
In the context of extruder screws and barrels, bimetallic construction is commonly used to enhance their wear resistance and durability. Typically, the screw or barrel is made of a base material that provides strength and structural integrity, while a wear-resistant alloy is applied to the surface that comes into contact with the material being processed.
The wear-resistant alloy is selected based on its ability to withstand the abrasive and corrosive forces encountered during extrusion. Common materials used for the wear-resistant layer include high-carbon steel, tool steel, tungsten carbide, or other hard alloys. These materials have excellent hardness and resistance to wear, increasing the lifespan of the screw or barrel.
The bimetallic construction allows for the combination of the desirable properties of both materials. The base material provides strength and support, while the wear-resistant alloy protects against abrasion and extends the working life of the extruder screw or barrel.
Overall, bimetallic construction is an effective method to improve the performance and longevity of extruder screws and barrels, reducing downtime and maintenance costs in the extrusion process.
Bimetallic Nickel refers to a type of composite material composed of two layers: a nickel base layer and a second layer consisting of another metal or alloy. The nickel base layer provides the structural integrity and corrosion resistance, while the second layer adds specific properties or functionalities.
Bimetallic Nickel materials are used in various applications where the combination of nickel’s excellent properties with those of another metal or alloy is desirable. This composite material allows for improved performance, durability, and cost-effectiveness compared to using pure nickel or other metals alone.
Some common examples of bimetallic nickel materials include nickel-clad steels, nickel-aluminum composites, and nickel-copper alloys. These materials find applications in industries such as electrical engineering, electronics, automotive, aerospace, and more.
The specific properties imparted by the second layer can vary depending on the intended application. For example, the addition of aluminum can enhance heat dissipation and reduce weight, while copper can improve electrical conductivity. The choice of the second layer material depends on the desired characteristics required for a particular application.
In summary, bimetallic nickel refers to a composite material that combines the properties of nickel with another metal or alloy. It offers enhanced performance and versatility in various industries and applications.