Lames de Cisaille Rotative pour Métal

What do Roller Shearing Blades Mean?

Roller shearing blades, also known as rotary shear blades or disc shear blades, are circular cutting tools designed for use in roller shearing machines or slitting machines. These blades work by rotating against each other or against a fixed anvil to cut materials, typically sheet metal, coils, or strips, into narrower widths or specific shapes. The term “roller shearing blades” highlights their cylindrical or disc-like form and their application in rotary shearing processes.

Uses and Applications of Roller Shearing Blades

Roller shearing blades are widely used in various industries for continuous and efficient cutting of materials. Key applications include:

• Metalworking Industry: Slitting steel coils, aluminum coils, and other metal strips into desired widths for further processing. Edge trimming of metal sheets to ensure precise dimensions. Cutting blanks for stamping or forming operations.
• Steel Mills: Hot and cold shearing of steel bars, rods, and billets during the rolling process.
• Industrie automobile : Cutting sheet metal for car body panels and other components.
• Appliance Manufacturing: Cutting metal sheets for appliance casings and parts.
• Industrie de l'Emballage : Slitting and cutting various packaging materials, including metal foils, films, and laminates.
• Industrie Textile : Slitting rolls of fabric and nonwovens into narrower widths.
• Industrie du Papier : Slitting large rolls of paper into smaller widths for printing and converting processes.
• Industries du caoutchouc et des plastiques : Cutting and slitting rubber sheets and plastic films.

Common Materials for Roller Shearing Blades

The materials used for roller shearing blades are selected for their durability, wear resistance, and ability to maintain a sharp cutting edge under continuous operation. Common materials include:

• Tool Steel (e.g., D2, A2, O1): Offers a good balance of hardness, toughness, and wear resistance, suitable for many metal slitting applications.
• Acier Rapide (HSS) Provides excellent wear resistance and the ability to retain hardness at elevated temperatures, making it suitable for higher-speed slitting operations. Grades like M2 are commonly used.
• Alloy Steel (e.g., H13, LD): Offers high temperature resistance and is suitable for hot rolling and hot shearing processes in steel mills.
• Carbure de Tungstène : Provides exceptional hardness and wear resistance, ideal for high-speed slitting of hard and abrasive materials, significantly extending blade life. Can be used as solid carbide blades or as carbide inserts.
• Alliages Spécialisés : Depending on the specific application and material being cut, other specialty alloys may be used to provide optimal performance and longevity.

Heat treatment to achieve the desired hardness (typically in the range of HRC 57-62) is a critical step in the manufacturing process to ensure the blades can withstand the stresses of shearing. Coatings like titanium nitride (TiN) can also be applied to enhance surface hardness and reduce friction.

Common Roller Shearing Blade Shapes

Lames de Cisaille Rotative pour Métal are typically circular discs with various edge profiles depending on the cutting application:

• Solid Disc Blades: One-piece circular blades with a sharpened outer edge. The edge can be square, bevelled (single or double), or radiused.
• Inserted Blades: Feature replaceable cutting inserts made of a harder material (like carbide) attached to a steel body. This allows for cost-effective replacement of the wearing edge.
• Dished Blades: Circular blades with a concave or convex profile, often used for slitting where material tension needs to be controlled or to create specific edge profiles.
• Bevelled Edge Blades: The cutting edge is angled to create a shear point, which can reduce the cutting force required for certain materials. Single or compound bevels can be used.
• Scored/Crush Cut Blades: Used in pairs, these blades often have rounded or profiled edges that press against an anvil to create a score or crush cut, commonly used for thinner materials like paper or film.

The working principle of roller shearing blades involves the rotation of one or more circular blades against a stationary blade or anvil. The material passes between these rotating elements, and the shearing action occurs due to the applied pressure and the sharp edges of the rotating blades. In slitting operations, two or more roller shearing blades are often used in conjunction with spacers to achieve multiple cuts simultaneously, creating strips of the desired width. The precision of the blade geometry, the material of the blades, and the setup of the shearing machine are crucial for clean and accurate cuts.

Choisir Nanjing Metal IndustrialLes lames de cisaille rotatives pour une production de refendage de métal plus efficace et précise, et profitez de l'assurance de performances durables et de haute qualité.

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Roller shearing blade Display:

High-Precision Roller Shearing Blades for Efficient Rotary Cutting

Lames de Cisaille Rotative pour Métal, a type of rotary cutter blade, are essential components in various industrial cutting processes where continuous, high-speed shearing is required. At Nanjing Metal, we specialize in the design, manufacturing, and customization of high-performance Lames de Cisaille Rotative pour Métal engineered for accuracy, durability, and optimal performance in rotary cutting applications. Our commitment to using premium-grade materials and employing advanced manufacturing techniques ensures that our Lames de Cisaille Rotative pour Métal deliver clean, efficient cuts and contribute to increased productivity.

Versatile Applications in Rotary Shearing Operations:

Nos Lames de Cisaille Rotative pour Métal find critical applications across a wide range of industries. In the metalworking sector, they are used in rotary shears for slitting coils, cutting sheets, and trimming edges of various metals like steel, aluminum, and copper. The paper and converting industry utilizes Lames de Cisaille Rotative pour Métal for slitting paper rolls, films, and foils. In the textile industry, rotary cutters with these blades are employed for continuous cutting of fabrics. Furthermore, Lames de Cisaille Rotative pour Métal are used in the rubber and plastics industries for slitting and trimming continuous webs of material. Their rotary action allows for high-speed and continuous cutting, making them ideal for automated production lines.

Durable Materials for Reliable Rotary Cutting:

Les performances et la durée de vie de Lames de Cisaille Rotative pour Métal are significantly influenced by the materials used in their construction. Nanjing Metal utilizes a selection of high-quality materials to manufacture our rotary cutter blades for shearing, including:

• High-Carbon High-Chromium Steel (e.g., D2, Cr12MoV): Offers excellent hardness, high wear resistance, and good toughness, making it ideal for shearing various metallic and non-metallic materials in rotary applications.
• Alloy Tool Steel (e.g., A8, SKD11): Provides a superior balance of toughness and wear resistance, ensuring prolonged blade life even under continuous, high-speed operation. Specific alloys are chosen based on the material being cut.
• Acier Rapide (HSS) Exhibits exceptional hardness and the ability to retain sharpness at high rotational speeds, suitable for demanding applications and high-volume production.
• Carbure: Offers superior hardness and wear resistance, making it ideal for cutting abrasive materials and achieving extended tool life in rotary shearing processes. Carbide-tipped Lames de Cisaille Rotative pour Métal are particularly effective for challenging materials.

The selection of the appropriate material depends on factors such as the type and thickness of the material being cut, the rotational speed, the required precision, and the desired lifespan of the Lames de Cisaille Rotative pour Métal. Our experienced engineers can assist you in choosing the optimal material for your specific rotary shearing needs.

Avantages de la personnalisation avec Nanjing Metal :

Nanjing Metal excelle dans la fourniture de services personnalisés lame de cisaillement à rouleaux solutions tailored to the unique requirements of your rotary cutting applications. We understand that different materials, machinery, and production demands necessitate specific blade designs and configurations. Our customization advantages include:

• Précision dimensionnelle précise : Nous fabriquons Lames de Cisaille Rotative pour Métal to your exact dimensional specifications, including diameter, thickness, and bore size, ensuring perfect fit and optimal performance within your rotary shearing machinery.
• Géométrie de lame optimisée : We can customize the blade edge profile, bevel angle, and number of cutting edges to achieve clean and efficient cutting for your specific materials and rotary cutting processes.
• Expertise en sélection de matériaux : Our experts provide comprehensive guidance on selecting the most appropriate material and heat treatment process to ensure maximum wear resistance, toughness, and longevity for your rotary shearing application.
• Traitements de surface : We offer various surface treatments, such as hard chrome plating or specialized coatings, to further enhance wear resistance, reduce friction, and prevent material build-up on the Lames de Cisaille Rotative pour Métal, improving cutting quality and extending blade life.
• Custom Designs: We can accommodate various tooth profiles (if required for specific materials), scoring edges, and other specialized features to perfectly match your rotary shearing equipment and cutting requirements.

En choisissant Nanjing Metal pour votre lame de cisaillement à rouleaux needs, you gain access to high-quality, precisely engineered, and fully customized rotary cutting solutions that enhance the efficiency, accuracy, and productivity of your shearing operations. Contact us today to discuss your specific requirements and experience the Nanjing Metal advantage in Lames de Cisaille Rotative pour Métal.

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