Cemented carbide ball is a spherical cemented carbide product made by high-precision forming and sintering processes. It has extremely high hardness, wear resistance, corrosion resistance and dimensional accuracy. Widely used in bearings, valves, precision instruments, abrasive media and other fields, it can be used as rolling elements, seals, grinding media, etc., with the characteristics of long service life and stable operation.
| Parameter Item | Description |
| Alloy Grades | AS6, AS7, AU8 |
| Cobalt Content (%w/w) | 6.0-8.0 |
| Density (g/cm³) | 14.5-14.8 |
| Hardness (HRA) | 92.7-93.2 |
| Diameter Tolerance | ±0.001-±0.01mm |
| Diameter Specification (mm) | 0.5-50 (Customizable) |
| Surface Roughness (Ra) | ≤0.02μm |
| Applicable Fields | Bearings, Valves, Precision Instruments, Grinding Equipment |
Technical Parameters Item Specification Range Honing Diameter Range Φ25mm - Φ100...
The usage of 2M2125A 2M2135A Deep Hole Honing Machine is a special equipment used for honing cylindrical deep hole parts such as various hydraulic oil cylinders and cylinders. Hole Diameter accuracy of machined workpieces can be up to or over IT7 and surface roughness Ra0.2-0.4μm. It can also repair and maintain taper and ellipticity of machined workpieces with the help of partial honing.
Carbide Plum Blossom Teeth are a specialized type of tungsten carbide cutting tool characterized by their unique, multi-pointed star shape that resembles a plum blossom. These teeth are designed as highly efficient, multi-faceted cutting elements for extreme abrasive and impact conditions, primarily in the mining and construction industries.
Carbide strips, also known as tungsten carbide strips or cemented carbide flat bars, are rectangular or flat-bar-shaped pieces made from tungsten carbide. They are engineered to provide superior wear resistance as protective liners or cutting edges on machinery and equipment subjected to severe abrasion.
The cemented carbide wear-resistant block for the geology and mining field is a block-shaped cemented carbide component designed for high-wear scenarios in geological and mining operations. It boasts extremely high hardness, wear resistance and impact toughness. It can be directly installed on the wear contact surfaces of mining equipment (such as crusher liners, excavator bucket teeth, scraper conveyor guides, etc.), which can significantly reduce equipment wear, improve operating efficiency, and adapt to harsh working conditions such as rock crushing and ore transportation.
The wear-resistant bushing is a versatile wear-resistant protective component made of high-quality cemented carbide material. It is widely used in machinery manufacturing, automation equipment, hydraulic systems and other fields to reduce friction and wear between moving parts and protect base parts. It has the characteristics of compact structure, easy installation, good wear resistance and long service life, and can be customized in size and material according to different working conditions.
The term “Carbide Water Tap” does not typically refer to a standard household faucet. Instead, it describes a specialized tungsten carbide valve component or a wear-resistant tap used to control the flow of water, slurry, or other abrasive fluids in industrial settings. The “carbide” designation indicates that the critical wear-prone parts of this valve are made from or protected by tungsten carbide to ensure extreme durability.
The CD Texture Cutter (Diamond Turning Tool) is a precision cutting tool made of high-quality diamond or cemented carbide substrate with diamond coating. It is mainly used to process uniform and high-gloss CD textures (concentric circular textures) on the surface of metal, composite materials and other workpieces. Widely applied in electronic equipment casings, decorative parts, precision mechanical components and other fields, it features high cutting precision, strong wear resistance and excellent processing surface quality.
Depending on your application, a number of holemaking tools may give you consistent and precise results. For some jobs, a multi-task tool or holemaking mill may do the trick, while others require a high-performance indexable bit or tap. Regardless of your business objectives, AG Carbide continues to service our customers in offering hole-making solutions using tough and durable tungsten carbide-based materials.
Model: Customizable (e.g., DHF-XX Series) Brand: DRILLSTAR Origin: China
Single axis CNC Deep Hole Gun Drilling Machine is used for processing automobiles, motorcycles, oil pump, nozzle, engineering machinery, mining machinery, military industry and other industries, small and medium-sized deep hole axial workpiece of special equipment.
This carbide gun drill, also known as a deep hole cutting insert drill, represents an advanced and efficient solution for deep hole machining. It integrates drilling, boring and reaming into a single operation, enabling high – precision hole processing in one pass. Crafted from premium carbide materials with specialized coating and structural design, it excels in handling harsh machining conditions while maintaining excellent stability and long service life, making it a core tool for precision manufacturing across multiple industries.
DIAMETERS FROM .0393” (1.0 MM) TO .4375” (11.1 MM) LENGTHS OF CUT FROM 5” (127 MM) – 14.17” (360MM)
1.Equipment model: LK2120-5000 2. Rated tension: 150kN 3. Maximum stroke: 5000mm 4.Equipment use: The equipment is used to process variable lead and non-variable lead internal spirals, as well as linear grooves, and is suitable for processing products with equal wall thickness stators
This machine tool is a specialized machine tool for machining cylindrical deep-hole parts, suitable for drilling and boring of cylindrical deep-hole workpieces. During drilling, an internal chip removal method (BTA method) is used, i.e., oil is supplied by an oil feeder, and the cutting chips are discharged from inside the drill rod to the chip hopper at the rear of the machine head through the cutting zone. During boring, oil is supplied from the tail end of the boring bar, and the chips are discharged to the chip hopper at the head of the machine head through the cutting zone.
