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Single Point Diamond Dressers Single Point Diamond Dressers Hardness Dressers are made of Diamonds that have supreme hardness and high wear resistance available types are Single Point, Multi Point, impregnated, Blade Type Chisel Point, Cone Type and Indexable Crown, Cluster Diamond Dressers with shanks/holder as per customer's specifications. Other Information Minimum Order Quantity: 2 No(s) Send Business Enquiry
Multi Point Diamond Dressers Hardness Dressers are made of Diamonds that have supreme hardness and high wear resistance available types are Single Point, Multi Point, impregnated, Blade Type Chisel Point, Cone Type and Indexable Crown, Cluster Diamond Dressers with shanks/holder as per customer's specifications. Other Information Minimum Order Quantity: 2 No(s)
PCD Diamond Tools PCD Diamond Tools can be easily used to machine non-ferrous & non-metallic components. Diamond, in its purest form, is essentially carbon. Carbon is known to have an affinity towards iron at higher temperatures. These temperatures are quickly reached while machining at certain speeds. For this reason, diamond cannot be conveniently used for ferrous applications. PCD Tools are most frequently applied in the automobile Industry – comprising both heavy and light motor vehicles. Some of the materials that have been cost effectively machined with PCD Tools include: hypo and hypereutectic aluminum alloys, copper, bronze, babbit and abrasive plastic composites.
DIAMOND PCD / PCBN BRAZED INSERTS PCD Cutting Tools can be easily used to machine non-ferrous and non-metallic components. Diamond, in its purest form, is essentially carbon. Carbon is known to have an affinity towards iron at higher temperatures. These temperatures are quickly reached while machining at certain speeds. For this reason, diamond cannot be conveniently used for ferrous applications. PCD Tools are most frequently applied in the automobile Industry – comprising both heavy and light motor vehicles. Some of the materials that have been cost effectively machined with PCD Tools include: hypo and hypereutectic aluminum alloys, copper, bronze, babbit and abrasive plastic composites. Although machining ferrous material is not recommended for PCD tools, they can be successfully used for certain cast iron applications where high speed is not attainable and where Cubic Boron Nitride (CBN), which is conventionally recommended for cast iron machining, cannot be used. In such applications, it is seen that PCD wears more slowly at lower speeds. When a critical speed is reached, it starts wearing faster because at this speed, the heat generated while machining is sufficient to cause the chemical reaction between iron and carbon. However, at low speeds, PCD Tools have proved their worth on cast iron material by achieving much better results than conventional tools, maintaining high consistency and accuracy of the work piece for a very long time. The most significant application of PCD Cutting Tools, in this new generation of aluminium engine manufacturing, is to machine dissimilar materials such as aluminium engines with grey cast iron cylinder liners – either cast or pressed along with the aluminium – which have to be finish machined along with the aluminium blocks.
DIAMOND PCD / PCBN BRAZED INSERTS PCD Cutting Tools can be easily used to machine non-ferrous and non-metallic components. Diamond, in its purest form, is essentially carbon. Carbon is known to have an affinity towards iron at higher temperatures. These temperatures are quickly reached while machining at certain speeds. For this reason, diamond cannot be conveniently used for ferrous applications. PCD Tools are most frequently applied in the automobile Industry – comprising both heavy and light motor vehicles. Some of the materials that have been cost effectively machined with PCD Tools include: hypo and hypereutectic aluminum alloys, copper, bronze, babbit and abrasive plastic composites. Although machining ferrous material is not recommended for PCD tools, they can be successfully used for certain cast iron applications where high speed is not attainable and where Cubic Boron Nitride (CBN), which is conventionally recommended for cast iron machining, cannot be used. In such applications, it is seen that PCD wears more slowly at lower speeds. When a critical speed is reached, it starts wearing faster because at this speed, the heat generated while machining is sufficient to cause the chemical reaction between iron and carbon. However, at low speeds, PCD Tools have proved their worth on cast iron material by achieving much better results than conventional tools, maintaining high consistency and accuracy of the work piece for a very long time. The most significant application of PCD Cutting Tools, in this new generation of aluminium engine manufacturing, is to machine dissimilar materials such as aluminium engines with grey cast iron cylinder liners – either cast or pressed along with the aluminium – which have to be finish machined along with the aluminium blocks.
Diamond Cut Off Wheel We are a renowned manufacturer & supplier of industrial Diamond Cutoff wheels that are largely appreciated for their excellent features. Specifications:- Size: 4 mm, 5 mm, 7 mm, 9 mm Line speed: 35~80 (M/S) Material:- SS
DIAMOND FETTLING WHEELS / TOOLS in Bhiwadi Electro Plated diamond wheels are used in cutting, Grinding, finishing and removal of excess material of ductail grey iron casting in fettling application in foundries in different diameters as per customers specifications are manufactured
DIAMOND FETTLING WHEEL Electro Plated diamond wheels are used in cutting, Grinding, finishing and removal of excess material of ductail grey iron casting in fettling application in foundries in different diameters as per customers specifications are manufactured
ELECTROPLATED DIAMOND ID GRINDING DRUMS (New / Re-coating) We manufacture brake lining internal grinding drums and rollers of various size ranging from 150 mm to 600 dia and length from 50mm to 300mm with parallelogram segments on surface, Electroplated with 30/40 grit natural diamond powder is used approximately at 3000 RPM for internal grinding of brake pads can be supplied. 406 mm and 410 mm dia drums with segment are normally used by customers. Smaller dia drums with 300 mm dia are also used depending upon the curvature of the brake linings.
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