1. Die Construction:In the production of natural diamond drawing dies, two primary components are used: a metal casing and a natural diamond insert. The metal casing securely holds the carefully selected diamond insert. A crucial feature of the diamond insert is the presence of a hole called the die hole, which serves as the pathway for drawing the wire.

2. Wire Insertion:To initiate the process, specialized machinery is used to apply tension to the initial wire, which is typically in the form of a coil or spool. This wire is then inserted through the entry hole of the drawing die, followed by pulling it through the die hole.

3. Drawing Process: As the wire is pulled through the diamond drawing die, the natural diamond insert's hard and abrasive properties come into play. The diamond surface interacts with the wire's surface, gradually reducing its diameter while also improving its surface finish and mechanical properties.

4. Multiple Passes: In many cases, the wire needs to be drawn through a series of drawing dies with progressively smaller diameters to achieve the desired final diameter. Each pass through a drawing die reduces the wire's diameter while enhancing its properties.

5. Lubrication and Cooling: Lubricants and coolants are often used during the drawing process to reduce friction, control heat generation, and enhance the efficiency of the process. This helps prevent excessive wear on the drawing die and ensures the quality of the drawn wire.

6. Final Pass and Annealing: After the final pass through the diamond drawing die, the wire may undergo an annealing process to relieve internal stresses and improve its flexibility and ductility.

 

Natural industrial diamonds, often referred to as "bort" or "boart," are typically used for making diamond wire drawing dies. These diamonds might not meet the criteria for gem-quality diamonds due to their appearance or impurities, but they possess exceptional hardness and durability that make them well-suited for industrial applications like wire drawing.

These industrial diamonds are carefully selected and processed to ensure that their inherent hardness can be harnessed for cutting, shaping, and forming other materials. They are a crucial component in the manufacturing of tools like diamond wire drawing dies, where the abrasive and wear-resistant properties of diamonds are essential for achieving precise and consistent results over prolonged usage.

 

 

Diamond dies are specialized tools used in the process of wire drawing, which is a manufacturing method employed to reduce the diameter of a wire by pulling it through a series of progressively smaller dies. These dies are typically made from natural or synthetic diamonds due to their exceptional hardness and wear resistance. Diamond dies serve a critical role in the wire manufacturing industry and find application in various sectors, including:

 

Metal Wire Production: Diamond dies are commonly used to draw various types of metal wires, such as copper, aluminum, steel, and alloys. The process improves the wire's tensile strength, surface finish, and dimensional accuracy, making it suitable for applications ranging from electrical wiring to industrial cables.

Cable and Wire Rope Manufacturing: Diamond dies are vital for producing cables and wire ropes used in construction, mining, shipping, and other heavy industries. These cables require high strength and durability, which diamond-drawn wires can provide.

Electronics: The electronics industry relies on diamond-drawn wires for intricate applications such as fine wire bonding in semiconductors and electronics packaging. These wires ensure precision and reliability in delicate connections.

Jewelry: In the jewelry sector, diamond-drawn wires are used to create delicate settings, intricate designs, and decorative elements for high-end jewelry pieces.

Medical Devices: Diamond-drawn wires play a role in manufacturing medical devices, such as catheters and guidewires, where precision and biocompatibility are essential.

Aerospace: Wires used in aerospace applications, like aircraft controls and communication systems, benefit from diamond-drawn wires that offer high strength-to-weight ratios and corrosion resistance.

Automotive Industry: Diamond-drawn wires are used in the production of automotive components like sensors, actuators, and wiring harnesses.

Textile Industry: Diamond-drawn wires are used to produce specialized textile machinery components like wire healds, which control the pattern of woven fabrics.

Telecommunications: Diamond-drawn wires are utilized in the production of optical fibers used for high-speed data transmission.

 

Diamond dies ensure that the drawn wire maintains consistent diameter, surface quality, and mechanical properties throughout the manufacturing process. Their hardness and durability make them ideal for handling the abrasion and stress involved in drawing wire through multiple passes. As a result, diamond dies contribute significantly to enhancing the quality and performance of wires used in diverse industries.

 

 

Accurate Size

Good polishing

Good abrasion resistance

Quality Assurance

Durable

Genuine Material

 

Wire Drawing Dies Type.

â–ª Tungsten carbide die
â–ª Natural diamond wire cutting
â–ª Single crystal diamond mold
â–ª PCD drawing die
â–ª High crystalline diamond wire drawing die