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abzar jahan boresh abzar jahan boresh
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abzar jahan boresh , Iran

Soap-water cooled saw blades are designed for precise non-ferrous metal cutting. Their standard diameter ranges from 300 to 600 millimeters. The blade body is made from spring steel 75Cr1 with surface hardening treatment. Blade thickness is maintained between 2.2 to 3.5 mm with a ±0.05 mm tolerance. The teeth are made from tungsten-cobalt alloy with a hardness of 89 to 91 HRA. These teeth are alternately set with positive and negative 10-degree angles. A direct cooling system delivers specialized soap-water at 2 to 4 bar pressure to the cut. This process maintains operating temperature below 70 degrees Celsius. The blade is optimized for cutting aluminum, copper, and brass at 100-250 meters per minute linear speed.

The blade structure features thermal expansion slots with a radial design. These slots reduce thermal warping by up to 60 percent. The number of teeth TPI is selected from 60 to 120 based on material thickness. Each tooth height of 4 to 7 mm ensures efficient chip evacuation. A Titanium Nitride TiN coating on the body enhances corrosion resistance against coolant. Blade runout TIR when mounted must be less than 0.1 millimeters. This blade can cut profiles up to 150 mm thick with a surface finish of Ra 6.3. Its service life before requiring re-sharpening reaches 500 effective operating hours.You can order and buy abzar jahan boresh from Iran by contacting us through whatsaap and email.
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abzar jahan boresh

Industrial Applications of Soap Water Saw Blade

The soap water saw blade has revolutionized cutting hard metals and alloys. This system maintains workpiece temperature below 40 degrees Celsius. It integrates effective lubrication and cooling seamlessly. Dimensional cutting accuracy often remains within ±0.1 millimeters. Excellent surface finish under Ra 0.8 microns is achieved. This method increases tool life by up to 300 percent. Its primary applications include cutting high-speed steel, titanium, and superalloys. This technology is crucial in aerospace and automotive industries. The process reduces cutting fluid contamination by 60 percent. Production efficiency improves by eliminating secondary operations.

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Nanotejarat, Iranian industrial database

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