45x8x0.3Mm Stainless Steel 420J2 Rotary Cutter Blades For Metal Cutting Lines

Description:

Here is the manufacturing process for circular cutting blades:

1,Material Selection

• High-carbon alloy tool steel or high-speed steel are typically used.
• The material needs to have high hardness, good wear resistance, and sufficient toughness.

2,Forging and Shaping

• The steel material is heated to high temperature and shaped through mechanical forging.
• This initial forming step gives the blade its basic geometric shape and dimensions.

3,Heat Treatment

• The pre-formed blades undergo tempering, quenching, and other heat treatment processes.
• This increases the blade's hardness and wear resistance while maintaining appropriate toughness.

4,Precision Grinding

• High-precision grinding machines are used to grind and finish the blade surface.
• This final machining step ensures the blade's surface finish, dimensional accuracy, and sharpness.

5,Coating Application

• Special coatings, such as titanium-based or nitriding treatments, are applied to the blade surface.
• This further enhances the blade's wear resistance, corrosion resistance, and cutting performance.

6,Inspection and Packaging

• The manufactured blades undergo strict testing of dimensions, hardness, and other specifications.
• Qualified blades are then packaged with anti-rust protection before being made available for sale and use.

Rotary Slitter Blade Specifications:

Here are the key considerations when using circular cutting blades for cutting composite materials:

1,Blade Selection

• Choose blades with specialized coatings or materials to improve cutting performance on composites.
• If the composite contains metal components, select blades with carbide tips.

2,Tool Adjustment

• Adjust the blade speed and feed rate based on the hardness and layup of the composite material.
• Multi-pass or stepwise cutting may be necessary to ensure clean, quality cuts.

3,Workpiece Clamping

• Composites are prone to deformation, so secure the workpiece firmly using appropriate fixtures.
• Avoid any workpiece movement or vibration during the cutting process that could affect accuracy.

4,Chip Management

• Composite cutting generates various types of debris that need to be regularly cleared.
• Some composite chips may have sharp edges, so handle with care for safety.

5,Subsequent Processing

• For certain multilayer composites, additional cutting or further machining may be required.
• Ensure consistent quality and efficiency in any downstream processing steps.

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Since 2010....

Jiangsu Seton Industrial Technology Co., Ltd. is a leading supplier of machine knives and industrial blades. The company was established in 2010, is located in Wuxi, Jiangsu, China, stainless steel products and carbon steel metal trading centers. Our mission is simple - make cutting effortless for our clients! To do this we ask questions about your specific application and then listen. Once we understand what you are trying to accomplish, we provide options that best meet your specific needs. we also provide extensive productand deep inventory.

Making cutting effortless goes beyond the physical act of cutting. It involves the entire business process - from initial inquiry to fulfillment to proper billing. Our goal is to deliver consistently and flawlessly on the entire business process.

Company production and sales projects: Specializing in the production of precision knives such as papermaking, carton, packaging, stainless steel, silicon steel sheet, lithium battery and other industries. Especially for food packaging blade, Plastic pellet blade,cardboard alloy alloy split paper knife, tape cutting round knife, metal segmentation knife, various alien tungsten steel blades, which are exported to domestic and foreign needs to meet the global market needs.

Mission:

To make cutting effortless!

Vision:

Cutting the way to a better world. We help our clients make their products better and more cost-effective!