Key Features

• High Hardness: Zirconia ceramic material provides superior hardness, ensuring the blade stays sharp for a long time.
• Excellent Wear Resistance: Compared to traditional metal blades, zirconia ceramic blades have superior wear resistance and a longer service life.
• Strong Chemical Stability: With high resistance to corrosion, these blades are not affected by acids or bases, making them suitable for various environments.
• Non-Magnetic: Unlike metal blades, ceramic blades are non-magnetic, ensuring no interference with electronic components or precision instruments.
• Lightweight: Zirconia ceramic blades are lighter, making them easier to handle and reducing fatigue during extended use.

Applications

• Precision Cutting: Ideal for high-precision cutting applications, such as electronic component processing and craft engraving.
• Industrial Use: Suitable for fine mechanical processing and precision tasks in laboratories.
• Art and Design: Used for carving artworks, ceramics, glass, and other hard materials.
• Electronics Industry: Perfect for cutting sensitive electronic components, ensuring high precision without damaging parts.
• Medical Field: Used for precise cutting in medical instruments, ensuring no contamination and high-accuracy results.

Key Features

• High Hardness: Made from zirconia ceramic, these blades are much harder than traditional metal blades, ensuring they stay sharp for a long time.
• Outstanding Wear Resistance: Ceramic blades have excellent wear resistance, giving them a longer lifespan and reducing the need for frequent replacements.
• Corrosion Resistance: With superior acid and alkali resistance, these blades are perfect for use in harsh environments.
• High-Precision Cutting: The trapezoidal design enhances cutting accuracy, making these blades ideal for tasks that require extreme precision.
• Lightweight: The ceramic material makes the blades lightweight, allowing for easier handling and a more comfortable cutting experience.

Applications

• Precision Machining: Ideal for fine cutting, engraving, and other high-precision industrial processes.
• Electronics Industry: Used for precise cutting and processing of electronic components.
• Medical Field: Perfect for the precise cutting of medical instruments, ensuring contamination-free and accurate results.
• Artistic Carving: Suitable for engraving hard materials like ceramics, glass, and other crafts.
• Laboratory Applications: Used for accurate sample cutting in labs, particularly in sensitive experiments where metal contamination is a concern.

Key Features

• High Hardness: Zirconia ceramic provides the blade with extreme hardness, ensuring long-lasting sharpness and suitability for extended use.
• Wear Resistance: Compared to traditional metal blades, these ceramic blades are significantly more wear-resistant, extending their service life.
• Corrosion Resistance: The blades exhibit excellent resistance to acids and alkalis, maintaining stability in various chemical environments.
• Precision Cutting: The circular design allows for precise, uniform cutting, ideal for high-precision industries.
• Lightweight and Durable: The ceramic material makes the blade light and easy to handle, reducing fatigue, while also offering strong compression and breakage resistance.

Applications

• Precision Machining: Suitable for fine mechanical processing, ensuring high-precision cutting and machining results.
• Electronics Industry: Used for precision cutting of electronic components, especially in the cutting of thin film materials.
• Medical Equipment: Ideal for high-precision cutting in medical devices, ensuring contamination-free and clean cutting.
• Food Processing: Used in food cutting, particularly for soft materials or when precise cutting is required.
• Craft Manufacturing: Used for high-precision cutting and engraving of ceramics, glass, metals, and other materials.

Key Features

• High Hardness: Zirconia ceramic ensures the blade maintains extreme hardness, remaining sharp for a long time.
• Excellent Wear Resistance: Compared to traditional metal blades, ceramic blades offer superior wear resistance, reducing the need for frequent replacements.
• High-Temperature Resistance: Ceramic material has excellent high-temperature resistance, making it ideal for cutting tasks in different high-temperature environments.
• High Toughness: Despite its high hardness, the ceramic blade has excellent toughness, providing strong resistance to breakage.
• Low Friction Coefficient: The low friction coefficient reduces heat buildup and material damage during cutting.
• Strong Corrosion Resistance: The blade exhibits excellent resistance to acids and alkalis, suitable for various chemical environments.
• Electrical Insulation: Ceramic blades do not generate static electricity, making them ideal for electronic products and precision industries.

Applications

• Metallurgical Industry: Used for metal processing and cutting.
• Paper Industry: Suitable for slitting materials such as kraft paper, wallpaper, and adhesive paper.
• Pulp and Paper Industry: Ideal for cutting various types of paper.
• Electronics Industry: Used for cutting and processing electronic components.
• Plastic Industry: Suitable for precision slitting of plastics like PVC, PP, and more.
• Herbal Industry: Used for fine cutting of herbs.
• Sheet Metal Industry: Ideal for cutting thin sheet metals.
• Rubber Industry: Used for precision cutting of rubber materials.
• Food Industry: Suitable for cutting tasks in food processing.
• Leather Industry: Used for precise cutting of leather materials.
• Packaging Industry: Widely used for slitting packaging materials.
• Printing Industry: Used for precision cutting of paper, prints, and other materials.
• Woodworking Industry: Suitable for precise cutting of wood, MDF, and other board materials.
• Textile Industry: Ideal for slitting fabrics, non-woven fabrics, and synthetic textiles.

Key Features

• High Hardness: The zirconia ceramic material provides extreme hardness, ensuring the blade stays sharp even after prolonged use.
• High Density: The high-density material enhances the blade’s wear resistance and impact resistance, making it suitable for heavy-duty cutting tasks.
• High-Temperature Resistance: The ceramic material can operate stably at high temperatures, making it ideal for high-temperature cutting applications.
• Excellent Toughness: Despite its high hardness, the blade maintains excellent toughness, offering strong resistance to breakage.
• Clean Cutting Edges: The blade ensures precise and smooth cutting edges, reducing the need for additional processing.
• Wear and Corrosion Resistance: The blade exhibits superior wear and corrosion resistance, making it adaptable to various industrial environments.
• Low Friction Coefficient: The low friction coefficient reduces heat buildup during cutting, extending the blade’s lifespan.
• Insulating Properties: Ceramic blades do not conduct electricity or generate static, making them suitable for sensitive environments.

Applications

• Metallurgical Industry: Used for fine cutting of metals and alloys.
• Packaging Industry: Ideal for slitting materials such as kraft paper, packaging paper, and other materials.
• Paper Industry: Widely used for precision cutting in paper processing.
• Electronics Industry: Suitable for precision cutting of electronic components, preventing damage from metal blades.
• Plastic Industry: Ideal for precision cutting of materials like PVC, PP, and other plastics.
• Herbal Industry: Used for accurate cutting in herbal processing.
• Sheet Metal Industry: Suitable for high-precision cutting of sheet metal.
• Rubber Industry: Used for precision slitting and processing of rubber materials.
• Food Industry: Suitable for efficient cutting of food packaging materials.
• Leather Industry: Ideal for cutting leather and synthetic materials.
• Packaging Industry: Widely applied to the processing of various packaging materials.
• Printing Industry: Used for precision cutting of paper, printed materials, and other media.
• Woodworking Industry: Suitable for cutting wood and composite materials.
• Textile Industry: Ideal for precision slitting of fabrics, nonwoven materials, and synthetic textiles.

Key Features

• High Hardness: The use of zirconia ceramic provides extremely high hardness, ensuring the blade remains sharp for extended periods.
• Superior Wear Resistance: The blades are highly resistant to wear, minimizing the need for frequent replacements.
• High-Temperature Resistance: The ceramic material can withstand high operational temperatures, making the blades suitable for cutting tasks in high-temperature environments.
• High Cutting Precision: The trapezoidal design improves cutting accuracy, making the blade ideal for precision machining.
• Low Friction Coefficient: The low friction reduces heat accumulation during cutting, extending the lifespan of the blade.
• Corrosion Resistance: The blades have excellent resistance to acid and alkali corrosion, making them suitable for use in harsh environments.
• No Static Generation: The ceramic material provides good insulation properties, preventing static electricity during cutting.

Applications

• Precision Machining: Widely used in industrial machining fields requiring high precision cutting.
• Electronics Industry: Ideal for cutting electronic components while avoiding electromagnetic interference from metal blades.
• Plastic Industry: Suitable for fine cutting of materials such as PVC, PP, and other plastics.
• Medical Industry: Used for cutting high-precision parts in medical devices.
• Packaging Industry: Perfect for precision slitting of paper, cardboard, and packaging materials.
• Textile Industry: Applied for high-precision cutting of fabrics, nonwoven fabrics, and synthetic textiles.
• Food Industry: Used for fine cutting tasks in food processing.
• Rubber Industry: Suitable for accurate cutting of rubber materials.
• Sheet Metal Industry: Widely used in sheet metal processing for high-precision cuts.

Key Features

• High Hardness: Zirconia ceramic provides high hardness, ensuring the blade stays sharp for long periods of use.
• High Density: The high-density material enhances wear resistance, making the blade suitable for high-load working environments.
• High-Temperature Resistance: The ceramic material withstands high-temperature conditions, maintaining stability under heat.
• Excellent Toughness: Despite its high hardness, the ceramic blade has excellent toughness and strong resistance to breakage.
• Clean Cutting Edges: Provides fine cutting results with smooth surfaces, reducing the need for additional processing.
• Wear and Corrosion Resistance: Outstanding wear and corrosion resistance, making it suitable for various harsh working environments.
• Low Friction Coefficient: Reduces friction and heat buildup during cutting, extending the blade’s lifespan.
• Insulation Properties: Ceramic material is non-conductive and does not generate static, making it ideal for sensitive environments.

Applications

• Metallurgical Industry: Used for precision cutting of metals and alloys.
• Packaging Industry: Suitable for slitting paper, cardboard, and packaging materials.
• Paper Industry: Widely used for precision cutting in paper processing.
• Electronics Industry: Ideal for cutting electronic components, avoiding interference from metal blades.
• Plastic Industry: Suitable for fine cutting of PVC, PP, and other plastic materials.
• Herbal Industry: Used for cutting herbal materials with precision, ensuring no contamination.
• Sheet Metal Industry: Used for high-precision cutting of sheet metal materials.
• Rubber Industry: Ideal for precise cutting of rubber materials.
• Food Industry: Suitable for cutting tasks in food processing.
• Leather Industry: Used for high-precision cutting of leather and synthetic materials.
• Printing Industry: Ideal for precision cutting of paper and printed materials.
• Woodworking Industry: Suitable for precision processing of wood and composite materials.
• Textile Industry: Used for cutting fabrics, nonwoven fabrics, and other materials with high precision.

Key Features

• High Hardness: Zirconia ceramic blades provide high hardness, ensuring sharpness and durability during the cutting process.
• Excellent Wear Resistance: The blades are highly resistant to wear, suitable for intensive and continuous cutting tasks.
• High-Temperature Resistance: The ceramic material can withstand high temperatures, maintaining stability and precision under heat.
• Good Toughness: Despite the high hardness, the blades possess excellent toughness, preventing breakage during use.
• Clean Cutting Edges: Ensures precise cutting, with smooth surfaces that reduce the need for additional processing.
• Corrosion Resistance: Exceptional resistance to acid and alkali corrosion, making the blades ideal for harsh environmental conditions.
• Low Friction Coefficient: Reduces friction and heat buildup during cutting, extending blade life.
• Insulation Properties: The ceramic material is non-conductive, ensuring no static generation and making it ideal for sensitive environments.

Applications

• Paper Industry: Used for precise cutting of paper and paper tubes.
• Carton Industry: Widely used for slitting cardboard and corrugated paper.
• Leather Industry: Ideal for cutting leather materials with high precision.
• Textile Industry: Suitable for cutting fabrics, nonwoven fabrics, and other textile materials.
• Rubber and Plastic Industry: Perfect for cutting rubber, plastics, and similar materials.
• Woodworking Industry: Used for fine cutting of wood and wood products.
• Electronics Industry: Applied in the precision processing of electronic films and components.
• Metal Industry: Suitable for cutting metal materials such as gold, silver, copper, and aluminum foils.
• Magnetic Tape Slitting: Used for slitting magnetic tapes and film materials.
• Packaging Industry: Widely used in the cutting and processing of packaging materials.
• Printing Industry: Ideal for the precise cutting of printing materials.

Key Features

• High Hardness: Zirconia ceramic offers superior hardness, enabling easy cutting of tough materials.
• Excellent Wear Resistance: The blades maintain sharpness throughout extensive use, extending their service life.
• Corrosion Resistance: Resistant to acid and corrosion, these blades work well in harsh environments.
• Oxidation Resistance: The surface is resistant to oxidation, preventing bacterial growth and ensuring cleanliness.
• Insulation: The ceramic material is non-conductive, making it ideal for use in electrical and electronic applications.
• Low Friction Coefficient: Reduces friction during cutting, improving user experience and blade longevity.

Applications

• Electrical Industry: Precision cutting of electronic devices and appliances.
• Electronics Production and Repair: Ideal for cutting electronic components, circuit boards, and other materials.
• Automotive Tinting: Widely used in cutting automotive window films and glass films.
• Wallpapering: Perfect for fine cuts and trimming during wallpaper installation.
• Craftsmanship: Used in fine cutting, carving, and other craftwork.
• Metallurgy: Suitable for precision cutting of metals and alloys.
• Packaging Industry: Perfect for cutting paper, plastic films, tapes, and other materials.
• Woodworking: Ideal for precise cutting of wood and wood products.
• Textile Industry: Useful for cutting fabrics, nonwoven fabrics, and for trimming.

Key Features

• High Hardness: Zirconia ceramic provides extreme hardness, enabling easy cutting of tough and hard materials.
• Excellent Wear Resistance: The blades maintain long-lasting sharpness, reducing the frequency of replacements.
• Corrosion Resistance: Highly resistant to acids and alkalis, these blades perform well in harsh environments.
• Oxidation Resistance: The blade’s surface resists oxidation, preventing rust and ensuring a long service life.
• Precise Cutting: The diamond shape design enhances cutting accuracy, ideal for complex and intricate cutting tasks.
• Insulation: The ceramic material is non-conductive, making it suitable for use in electrical and electronic precision cutting.

Applications

• Electronics Industry: Used for precision cutting of electronic components, circuit boards, and other delicate materials.
• Packaging Industry: Ideal for precise cutting of packaging materials, such as paper and films.
• Metallurgy: Used for fine cutting of metals and alloys.
• Plastic and Rubber Industries: Suitable for cutting plastic films, rubber materials, and similar applications.
• Crafting Industry: Used for carving, artwork creation, and other intricate craft tasks.
• Automotive Industry: Employed for precise cutting of automotive parts and films.
• Textile Industry: Perfect for fine cutting of fabrics, nonwoven fabrics, and other textile materials.
• Packaging Industry: Excellent for precise cutting and trimming during packaging processes.