
Titanium Precision Parts
Product Name: Titanium Precision Parts
Material: GR1, GR2, GR5, GR7, GR23, etc.
American standards: ASTM B348, ASTM F136, ASTM F67, AMS4928
Roughness: bright
Tolerance: 0.005mm
Process: CNC machining
Features: corrosion resistance, high temperature resistance, not easy to corrode
Dimensions: Customized on demand, customized according to drawings
Product Introduction
Shaanxi Haibowell Metal Materials Technology Co., Ltd. is a professional raw material supplier withTitanium Precision Parts, machining equipment, lathes, cutting, advanced four-axis, five-axis and precise three-coordinate inspection, producing titanium alloy and titanium alloys. Alloy products. Nickel, zirconium, tungsten, molybdenum, tantalum, niobium and other standard parts and high-precision metal processing parts, in order to match the customer's use, we control and precision processing inspection from the source to ensure that the customer's drawings are customized. Provide general industrial parts, aerospace precision parts, military and medical fields.
Metal processing (metal processing, metal processing, metal processing, metal processing), referred to as metal processing, refers to the production activities of humans processing materials with metallic properties composed of gold elements or main metal elements. It is the processing of metal materials into objects and parts
The process technology includes large components such as bridges and ships, and even small components such as engines, jewelry, and watches. It is widely used in different fields such as science, industry, arts, handicrafts, etc.
Metal precision parts and fasteners
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product |
Metal precision parts and fasteners |
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Metal |
Titanium, Nickel, Zirconium, Tungsten, Molybdenum |
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standard |
Standard /2D/3D |
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machine |
Punch press, CNC lathe, 3- axis, 4- axis, 5- axis CNC machine tools |
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examine |
Ordinary tools, three-dimensional coordinate inspection, electronic products |
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Certificate |
IS09001 , SGS , TUV.. |
Titanium precision parts metal processing methods and processes include:
Casting: refers to heating and melting metal, and then pouring it into a model. It is suitable for processing parts with complex shapes.
Pouring classification
Sand casting: low cost, small batch size, can process complex shapes, but may require many post-processing steps.
It can achieve very good surface effects at relatively low processing costs and is suitable for mass production.
Injection casting method: a method used to process complex shapes and large errors. Due to the characteristics of the process itself, no post-processing is required after the product is formed. But the advantage of low cost can only be reflected when it is produced. Die-casting method: The processing cost is relatively high, and it can only be used in mass production
The cost is reasonable under the circumstances. However, the cost of the final product is relatively low and the error is relatively large. Can be used to produce thin-walled parts.
Spin Casting: Great for machining small parts, often used in jewelry manufacturing. Rubber models can be used to reduce machining costs.
Directional Solidification: Very strong high-temperature alloys with excellent fatigue resistance can be produced, poured into molds, and then subjected to a tightly controlled heating and cooling process to eliminate any small defects. Plastic forming processing part Plastic forming processing: refers to heating at high temperature to form
Shaping metal so that its reshaping is labor-intensive production.
solid molding
Solid forming processing: refers to the solid form where the raw materials used are metal strips, sheets, etc. that can be formed under normal temperature conditions. This is labor intensive production.
Solid molding processing classification
During processing, the high-speed rotating metal sheet is pushed into the model on the fixed lathe that also rotates at high speed to obtain the preset shape. This process is suitable for various batch forms of production.
Bending: Production of sheet, bar and tube processing.
Punching: Use special tools to punch holes and cut into shapes on metal sheets, which can be produced in large or small batches.
Cutting: cutting metal sheets, laser cutting, waterjet cutting, shearing
Forming: milling, drilling, turning, grinding, sawing and other processing.
Stamping: The metal sheet is placed between the male mold and the female mold for pressing and forming to produce a hollow shape, which can be deep or shallow.
Using the axial movement of the upper set of grinding rollers, titanium or titanium swirl patterns are produced on the surface, also known as optical rotation. It is a pattern obtained by rotating and polishing the surface of titanium precision parts using cylindrical felt or felt. On a stone grinding nylon wheel on a drilling machine, mix polishing paste and kerosene. Thread
It is a small motor with a round felt on the shaft, which is fixed on the table at an angle of about 60 degrees to the edge of the table. A strip of Mylar with a straight edge is attached to the limiting thread race.
Advantages of titanium alloy precision parts
Titanium alloy product customization
1
Complete specifications
Complete corrosion-resistant specifications and models , direct sales from manufacturers .
2
Any cut
Provide various cutting methods/laser cutting/cutting machines/sawing machines/punches/wire cutting, etc.
3
Custom size
Any size and length can be customized according to customer needs .
4
Wear-resistant and highly corrosion-resistant
The silver-white surface has no burrs and the craftsmanship is meticulous .
Titanium alloy precision parts pictures



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