Iron Base
At TAN STAR INDUSTRIES INC., we are proud to offer our high-quality Iron Base Bimetallic Barrels, designed to deliver outstanding performance and durability in demanding industrial environments. These barrels are made with an iron-based alloy that provides excellent resistance to high temperatures and wear, making them ideal for applications where longevity and reliability are essential.
Our advanced manufacturing processes ensure a perfect fusion of materials, resulting in barrels with superior mechanical properties and enhanced operational efficiency. Trust TAN STAR INDUSTRIES INC. to provide Iron Base Bimetallic Barrels that support your equipment through the toughest challenges and keep your operations running at peak performance.
Iron Base Bimetallic Barrels are widely used in extrusion and injection molding applications where a balance of wear resistance, durability, and cost-effectiveness is required. They are well suited for processing a variety of general engineering plastics and production materials that generate continuous friction during operation. The iron-based alloy layer helps reduce barrel wear, maintain dimensional stability, and support consistent processing performance over extended production cycles.
Leveraging decades of experience in bimetallic barrel manufacturing and centrifugal casting technology, TAN STAR INDUSTRIES INC. produces Iron Base Bimetallic Barrels that combine a durable alloy lining with a high-strength steel substrate. This construction enhances mechanical integrity while helping manufacturers reduce maintenance frequency, improve production efficiency, and extend equipment service life. Whether used for standard plastic processing or higher-volume manufacturing environments, Iron Base Bimetallic Barrels provide a dependable solution for long-term operational reliability.
Our advanced manufacturing processes ensure a perfect fusion of materials, resulting in barrels with superior mechanical properties and enhanced operational efficiency. Trust TAN STAR INDUSTRIES INC. to provide Iron Base Bimetallic Barrels that support your equipment through the toughest challenges and keep your operations running at peak performance.
Iron Base Bimetallic Barrels are widely used in extrusion and injection molding applications where a balance of wear resistance, durability, and cost-effectiveness is required. They are well suited for processing a variety of general engineering plastics and production materials that generate continuous friction during operation. The iron-based alloy layer helps reduce barrel wear, maintain dimensional stability, and support consistent processing performance over extended production cycles.
Leveraging decades of experience in bimetallic barrel manufacturing and centrifugal casting technology, TAN STAR INDUSTRIES INC. produces Iron Base Bimetallic Barrels that combine a durable alloy lining with a high-strength steel substrate. This construction enhances mechanical integrity while helping manufacturers reduce maintenance frequency, improve production efficiency, and extend equipment service life. Whether used for standard plastic processing or higher-volume manufacturing environments, Iron Base Bimetallic Barrels provide a dependable solution for long-term operational reliability.
The Iron Base F-10 Bimetallic Barrel is designed to provide reliable wear resistance and cost-effective performance for a wide range of general plastic processing applications. Featuring an iron-based alloy with chromium (Cr) as a key alloying element, the F-10 offers enhanced durability compared to conventional barrel materials while maintaining stable processing performance in everyday manufacturing environments.
With an inlay hardness of HRC 58–62, the F-10 is well suited for processing general-purpose plastics and materials containing low levels of abrasive fillers. Its wear-resistant alloy layer helps reduce barrel wear caused by continuous material flow, contributing to improved operational stability and longer service life.
The F-10 is particularly recommended for applications involving materials with glass fiber content up to 10%, where moderate wear resistance is required but extreme corrosion protection is not a primary concern. By maintaining consistent barrel performance and reducing wear-related deterioration, the F-10 helps support efficient extrusion and injection molding operations while minimizing maintenance requirements.
Leveraging TAN STAR INDUSTRIES INC.'s expertise in centrifugal casting technology and bimetallic barrel manufacturing, the Iron Base F-10 provides a dependable solution for manufacturers seeking a practical balance of durability, performance, and cost efficiency. It is an excellent choice for standard plastic processing applications that require reliable long-term operation and stable production performance.
With an inlay hardness of HRC 58–62, the F-10 is well suited for processing general-purpose plastics and materials containing low levels of abrasive fillers. Its wear-resistant alloy layer helps reduce barrel wear caused by continuous material flow, contributing to improved operational stability and longer service life.
The F-10 is particularly recommended for applications involving materials with glass fiber content up to 10%, where moderate wear resistance is required but extreme corrosion protection is not a primary concern. By maintaining consistent barrel performance and reducing wear-related deterioration, the F-10 helps support efficient extrusion and injection molding operations while minimizing maintenance requirements.
Leveraging TAN STAR INDUSTRIES INC.'s expertise in centrifugal casting technology and bimetallic barrel manufacturing, the Iron Base F-10 provides a dependable solution for manufacturers seeking a practical balance of durability, performance, and cost efficiency. It is an excellent choice for standard plastic processing applications that require reliable long-term operation and stable production performance.
Main Base：Fe
- Other Component：Cr
- Inlay Hardness：HRC 58-62
- Wear Resistance：★★★★
- Corrosion Resistance：★
- Application：Glass Fiber≦10%