In-Line Borax Coating Machines are specialized equipment used in wire drawing and metalworking processes to apply a borax coating to metal wire. The borax coating serves as a lubricating layer that reduces friction, heat, and wear during the drawing process, allowing the wire to move more smoothly through dies. This specialized coating acts as a lubricant, minimizing friction, heat, and wear during the wire drawing process. By ensuring smoother wire movement through dies, it enhances efficiency, reduces downtime, and extends the lifespan of equipment.
Built for precision and high performance, these machines integrate seamlessly into production lines, delivering consistent coating quality for various wire types and sizes. Ideal for industries requiring high-speed wire production, In-Line Borax Coating Machines improve product quality, optimize processes, and contribute to cost-effective operations.
Why Choose Our In-Line Borax Coating Machine?
Our In-Line Borax Coating Machine is engineered to provide exceptional wire quality and production efficiency. Designed for continuous, uniform borax application, resulting in smoother wire drawing and extended die life. Our machine integrates seamlessly into production lines, ensuring streamlined operation and consistent coating thickness. With user-friendly controls, low maintenance requirements, and reliable performance, this machine is an ideal solution for wire manufacturers seeking high-quality, cost-effective results.
Smart Machines Provide an In-Line Borax Coating Machine
The machine Speed, Input wire speed and the dipping time will be designed as per Customer need Guide Rollers are provided in Inlet and outlet.
The RM input can be specified as per Customers Requirement.
The Outer and the Inner Shell are made of Stainless steel (304 Grade Material).
To Reduce the Heat Dissipation the Ceramic Wool is provided in-between the plates
The Motors are Provided for Circulation
The Required Heaters will be Provided to Maintain the Temperature and the temperature controllers are also provided