• Increased efficiency: With excellent wear resistance, tungsten carbide cold heading dies have a longer lifespan, reducing downtime and increasing production efficiency.
• Cost savings: Tungsten carbide cold heading dies can produce a large number of screws with consistent quality, reducing scrap and material waste and lowering production costs.
• Versatility: Tungsten carbide cold heading dies can be customized to produce screws of various sizes, shapes, and thread designs, making them suitable for a wide range of applications.

We will delivery the mass produced cargo within 30days after the down payment, while, If there is soecific requests on delivery time. We can make change according to clients’ request, so a shorter delivery time is absolutely available.Usually 30% T/T in advance, balance 70% against B/L copy. Also could change according to clients’ request. We manufacture components in different shapes and sizes to match our customers’ requirements exactly, whether they need blocks or sheets, cylinders, bearings, tips or teeth.Material Matching→Wet Ball Milling→Mixed WC and Cobalt Power→Pressing→HIP Sintering Furnaces→QC Detecting→Packingthe Cold Heading Die is an essential tool for the production of high-quality fasteners. With its high-quality materials, precision machining, and customizable features, it can meet the demanding requirements of various industries and applications. RenQiu HengRui Tungsten Carbide can make as per your request, once detailed application and drawing can be provided. High wear resistance and durable performance can be reached with sufficient communication.The Cold Heading Die, also called cold forming die, is a specialized die used in the process of cold heading, where a metal blank is formed into a part without heating. It is designed to form the head of a bolt, screw or other fasteners. The main die is the core component of the cold heading die, and it works together with the punch and the other components to produce the desired shape of the part. Various types of cold heading machines are available, but for fastener production, it is common to find machines with one die two blow, up to five die six blow, and even more. The use of multi-die headers enables the production of more intricate parts in a single process, overcoming the limitations posed by the diameter ratio reductions.