Made from carbon steel, with operations to enhance strength and wear resistance. Pins and bushes are case carburized and hardened.
Drop forged chains, easy to assemble/disassemble, with forged double (T) head pins for extended life.
High-quality steel chains with strengthened components, tailored to client specifications for optimal performance.
Forged from selected steels, designed to withstand heavy loads without breakdown.
Made from high-quality alloy malleable iron or forged steel, with durable pins and bushes.
Alloy steel chains for wear resistance and shock load durability, with customizable attachments.
All steel chains for high loads, featuring stainless steel parts for smooth operation.
Heat-treated steel chains with durable components for strength and wear resistance.
Conveyor chains for diffuser systems in the sugar industry, made from corrosion-resistant materials. Available in various sizes with solid inner plate links and solid stainless pins.
Standard chains with K2 attachment at alternate links, available with various attachments like K1, K2, A1, A2, and G4.
Pintle type chains for juice strainer and trash elevator applications, made from alloy steel links and stainless steel pins.
Chains for juice strainer applications, made from all stainless steel parts. Links are cast in Stainless Steel 316L, and pins are made from Stainless Steel 321.
Versatile chains with through-bore holes for easy attachment mounting. Ideal for casting conveyors and packaging.
Durable chains made from malleable cast iron or forged steel. Perfect for elevators and conveyors in harsh environments.
Rugged steel chains for slow to moderate speed applications with severe loading. Suitable for sugar mills and heavy-duty conveyors.
Chains with specific attachments for various industrial uses, including water treatment systems.
Specialized chains with additional attachments for enhanced functionality in industrial processes.
Reliable chains for water treatment equipment, ensuring efficient operation.
Manufactured from high-quality alloy steels as per international specifications. These chains are used in bulk material handling plants and silo storage systems
Designed with a sealing method to retain lubricants and keep out debris. Used in environments where durability and cleanliness are crucial
Roller-less drag type chains widely used in bulk material handling plants and silo storage systems. Made from stainless steel and carbon steel
Cost-effective and efficient chains with anti-dust properties, designed for reclaimers with extended wear life. Customizable to meet specific operational challenges
Chains with twice the pitch of a standard roller chain, used for low-speed transmission and handling. They are lighter and cheaper than standard chains of the same strength
Used in industries for handling bulk materials like cement, clinker, ore, sand, and coal. Constructed with interconnected links and pans for impact absorption, making them suitable for challenging conditions
Designed with flanged rollers to reduce friction and wear. Ideal for conveyors with heavy loads and severe operating conditions
Used in bulk conveyors, this chain has forked links for effective handling of bulk materials. Commonly used in industries requiring robust and durable chain solutions
Specialized chains for the steel industry, designed to withstand high temperatures and heavy loads. These chains are essential for efficient and reliable operation in steel manufacturing processes
Designed with press-fit pins for greater pin loading and to prevent movement. All parts are heat-treated for durability and can operate at temperatures up to 530°C. Induction-hardened pins increase wear resistance
Utilized for moving particles horizontally or on a slight incline within a closed case. These chains are user-friendly, reliable, and efficient for bulk material transport and production process optimization
A load-bearing traction component used in pavers, formed by sequentially connected links. These chains are made from high-quality steel and include pre-assembled parts for high stress and wear resistance
Specifically designed for multi-strand conveyors, featuring flush stud ends for smooth movement and large rubbing areas for enhanced durability. Self-lubricating and corrosion-resistant, available in various steel types
These chains are customized with special attachments for specific industrial applications, enhancing functionality and adaptability for unique operational needs
Constructed with interconnected links and pans that absorb impact, making them suitable for handling bulk materials in challenging conditions. Used for materials like cement, clinker, ore, and coal
Made for ash handling and using heavy-duty wire mesh. Features ease of operation and installation, low maintenance, and suitability for high-temperature applications
Rollers minimize sprocket scrubbing and reduce friction in conveyor applications by rolling instead of sliding. They are carburized for higher wear resistance, strength, and hardness.
Bushes provide the bearing for pin rotation and for the rollers or sprockets. They are case carburized and ground to ensure durability and smooth operation.
Pins connect the chain links and are locked in the side links by an interference fit. They are finely thru-hardened, case-hardened, or carburized and ground based on application needs, with options for increased corrosion resistance through plating.
Side Links (or Side Plates) are tensile members of a chain, determining the chain pitch. They can be of straight or offset construction, hardened for optimum wear and longer life.
Forged Links are made from selected quality steels with alloy steel or stainless steel pins and bushes. They are designed to withstand heavy loads and provide extended service life without breakdowns.
Single-strand forged links are made from high-quality steel and designed for strength and durability. These links are heat-treated to withstand high loads and provide extended wear life. They are commonly used in heavy-duty applications where reliability and toughness are essential.
Twin-strand forged links consist of two parallel chains that offer enhanced load distribution and strength. These links are also made from high-grade steel and undergo heat treatment to ensure maximum wear resistance. They are ideal for applications requiring high load-bearing capacity and increased operational reliability