Shank diameter: 16, 20, 25 mm;
Grooving depth: 22~30 mm;
Application: can be used directly on the turret;
Advantage: high-speed steel sheet are used for the tools, so they have good seismic performance;
Characteristics:
1. Adjustable boom length slots for better performance;
2. Recommended the enhanced grooving holders types called sgtbu and kgthr;
Shank diameter: 16, 20, 25 mm; Grooving depth: 22~30 mm; Application: can be used directly on the turret; Advantage: high-speed steel sheet are used for the tools, so they have good seismic performance; Characteristics: 1. Adjustable boom length slots for better performance; 2. Recommended the enhanced grooving holders types called sgtbu and kgthr;
Quick Details Material tungsten carbide Product Details Industry attribute specific Epp cutting tools Aperture HRA92 coating physical vapor deposition Other properties birthplace Guangdong, China Custom support OEM, OEM brand preciturn model QKF-512.Q2.0008 product name: Carbide inserts brand: Advantages: high performance, high efficiency, high efficiency use: Turning
PCD grooving tools are used for finishing processing ring grooves of piston. Specification More Superhard grooving tools are successfully used in many automobile and engineering industries for grooving aluminum and non-ferrous and ferrous metals. With high precision and multi functional capabilities, reducing grooving time, increasing productivity and reducing through-put time with lower tooling costs. Applications of PCD grooving tools: Grooving aluminum alloy pistons and non ferrous parts. The PCD external grooving tools are used to groove and cut various materials including copper, aluminum,copper alloy, aluminum alloy, tungsten carbide and nonmetal work pieces. Advantages of PCD grooving tools: * The special carbide substrate and high wear resistance of PCD material, effectively overcome easily cutting knife in the processing. * PCD grooving tools with high precision, good wear resistance. * The PCD ring grooving tools' precision can reach 3 -4 �¼m . * Piston is made of aluminum alloy containing more than 17% silicon , has strong wear resistance that needs more high wear resistant PCD tools to process. * The service Life of the welding PCD grooving tools is 10 -15 times that of carbide tools. * Ewag precision Manual grinding machine * Technical team with over 10 years experience
Pistons are made from aluminium with high silicon content, resulting in a very abrasive material. High-silicon aluminum alloy has higher hardness and wear resistance than other aluminum alloys. When cutting, the cutting tool alternately cuts soft aluminum-based and hard silicon particles, the carbide insert are easy to wear and also easily produce BUE, which will affect the roughness and processing accuracy. In order to avoid the BUE and work hardening, the cutting edge must be sharp and the cutting edge must be smooth. PCD tool just meets all these requirements.Machining such material requires high wear resistant tooling, such as cutters and inserts made of PCD.
Description: Pistons are made from aluminium with high silicon content, resulting in a very abrasive material. High-silicon aluminum alloy has higher hardness and wear resistance than other aluminum alloys. When cutting, the cutting tool alternately cuts soft aluminum-based and hard silicon particles, the carbide insert are easy to wear and also easily produce BUE, which will affect the roughness and processing accuracy. In order to avoid the BUE and work hardening, the cutting edge must be sharp and the cutting edge must be smooth. PCD tool just meets all these requirements.Machining such material requires high wear resistant tooling, such as cutters and inserts made of PCD. Details (1) The hardness of PCD can reach as high as 8000HV, which is 8 to 12 times of cemented carbide. (2) The thermal conductivity of PCD is 700W/mk, 1.5 ~ 9 times of cemented carbide,even higher than PCBN and copper alloy; (3) The friction coefficient and expansion coefficient of PCD are small; (4) PCD and non-ferrous metals and non-metallic materials, the affinity between small; (5) Sharp edge and blade surface roughness Applications of PCD Grooving Tool for Pistons: The idea for machining hard ferrous metals, such as hardened steels, and gray cast iron. PCBN inserts are widely used to machine brake discs, engine cylinder liners, engine blocks, break drumsticks, valve seats & guides, gears, and mold, etc. Application Cases of PCD Grooving Tool for Pistons: Advantages of PCD Grooving Tool for Pistons: Enables high-speed machining while maintaining longer tool life. Provides consistent products, simplified quality control, and lower cost. Maximum stability. Maximum economy. Maximum feed/speed. Suitable for general and optimized final machining Pack: Cartons and bubble wrap Payment: TT; Paypal; Delivery Time: Seven to ten days Sample: No free samples are provided Certification: ISO9001:2008 FOB Port: Shanghai Qingdao Guangzhou
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CAS 7440-42-8 25kgs/bag,20tons/20'container CAS 7440-42-8 is a black or dark brown powder. When it is oxidized in the air, it will prevent the internal boron from continuing to oxidize due to the formation of a boron trioxide film. It can react at normal temperature Amorphous Boron Powder is insoluble in water, powdered boron is soluble in boiling and most molten metals such as copper, iron, manganese, aluminum, and calcium. 1. Boron fiber has high strength (breaking strength at room temperature is 2744 ~ 3430MPa) and high modulus of elasticity (39200 ~ 411600MPa), which is an excellent reinforcing material. 2. Composite materials made of boron fiber with metal (aluminum, magnesium, titanium, etc.), various resins (epoxy resin, polyamide, etc.) and ceramics are excellent high-temperature structure materials. 3. Reinforcement ceramics made of titanium boride have excellent abrasive resistance and high toughness (up to 10 MPa�·m 1/2 or more), which are used to manufacture conductive parts for heating equipment and ignition devices. 4. Used as a deaerator in the metallurgical industry and an additive to improve the structure of metal grains. 5. Boron-cast iron is widely used in automobile, tractor, machine tool and other manufacturing industries.
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