Wear Resistant Three Holes Blade Slotted Blades 43*22*0.2Mm On Machine

Wear-Resistant Three Holes Blade Slotted Blades On The Machine

Description:

Here are the typical application scenarios for Three Holes Blade and Slotted Blades:

1,Metal Fabrication Industry

• Used for metal cutting, drilling, grooving, and deburring processes
• Effectively remove metal burrs and chips

2,Woodworking Industry

• Used for wood cutting, grooving, and carving operations
• Three-hole blades can effectively evacuate wood chips and improve efficiency

3,Plastics Processing Industry

• Used for plastic cutting, shaping, and hole punching
• Three-hole blades help reduce plastic waste accumulation

4,Food Processing Industry

• Used for cutting fruits, vegetables, meats, and other food materials
• Slotted blade designs facilitate easy cleaning and sanitization

5,Packaging Industry

• Used for cutting paper, films, cardboard, and other packaging materials
• Three-hole blades help minimize fiber fraying

6,Medical Device Industry

• Used for cutting dressings, bandages, and medical plastics
• Slotted blades provide improved cutting precision and safety

Industrial Blade Specifications:

I can provide details on the heat treatment processes for blade materials:

1,High-Carbon Steel and Tool Steel Blades:

• These typically undergo quenching and tempering to improve hardness and toughness.
• The quenching process involves heating to the critical temperature (usually 800-950°C) and rapid cooling to achieve maximum hardness.
• Tempering involves reheating and slow cooling to reduce brittleness and improve ductility. The tempering temperature varies based on the desired properties.

2,Stainless Steel Blades:

• Stainless steel requires solution treatment and aging to enhance hardness and strength.
• Solution treatment involves heating to 1000-1100°C, holding for a period, and rapidly cooling to dissolve the alloy elements into the austenitic structure.
• Aging is done at lower temperatures (400-600°C) for an extended time to precipitate hard carbide phases, increasing hardness.

3,Ceramic Blades:

• Ceramic materials undergo high-temperature sintering during the manufacturing process to achieve the final blade shape through precision shaping and grinding.
• No additional heat treatment is typically required, but polishing or other surface treatments may be applied to improve smoothness and wear resistance.

4,Cemented Carbide Blades:

• These are produced using powder metallurgy, where carbide particles are sintered into a metal matrix.
• No quenching or tempering is necessary, but surface coatings may be applied to enhance performance.

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