Silicon Carbide lapping films are a high-quality option for those seeking fine grinding and lapping applications. These films consist of a mylar film that has been coated with a resin containing either silicon carbide or silicon dioxide particles. The films are designed to provide excellent edge retention, making them ideal for precision work.
One of the key features of these lapping films is their use of micron graded premium abrasives. This allows for precise finishes in grades ranging from 30 to 1 micron, ensuring that your work is of the highest quality. Additionally, the films feature a precision backing that ensures uniformity and sample planarity, further enhancing the precision of your work.
Another benefit of these lapping films is their resistance to water, oil, and most solvents. This makes them ideal for use in a variety of settings, including laboratory environments. Additionally, the films are color-coded for quick identification, making it easy to find the right film for your needs.
These lapping films can be used for both encapsulated and non-encapsulated samples, providing versatility and flexibility for your work. However, it is important to note that they are not recommended for power head applications.
Overall, Silicon Carbide lapping films are an excellent choice for those seeking high-quality, precise results in their grinding and lapping work. Their use of premium abrasives, precision backing, and resistance to solvents make them a top choice for professionals in a variety of industries.
Usage: Primarily used for lapping and polishing purposes, Silicon Carbide lapping Film Discs find application in various industries and materials.
Material Composition: Silicon Carbide is the abrasive material used in the disc. Silicon Carbide is known for its hardness and durability, making it suitable for precision grinding and polishing.
Applications: These discs are commonly used for:
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Lapping and polishing of metals.
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Lapping of ceramics and other hard materials.
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Polishing of optical components.
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Superfinishing applications.
Features:
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Abrasive Material: Silicon Carbide is chosen for its hardness and ability to achieve fine finishes.
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Consistent Particle Size: The lapping film is designed to have a consistent particle size, ensuring uniform and controlled material removal during the lapping process.
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Backing Material: The film is typically mounted on a backing material, providing support and stability during the lapping process.
Sizes and Variations: Silicon Carbide Lapping Film Discs are available in different sizes and variations to accommodate various lapping machines and applications. Common sizes include 4", 6", and 8" diameters.
Applications: The Silicon Carbide Lapping Film Disc is suitable for a range of applications, including:
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Lapping and polishing of metal parts.
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Precision lapping of ceramic components.
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Fine polishing of optical elements.
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Superfinishing processes for achieving smooth and high-quality surfaces.
Benefits:
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Hardness: Silicon Carbide's hardness contributes to effective material removal.
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Consistency: The film's consistent particle size ensures uniform results.
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Versatility: Suitable for various materials and applications.
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Precision: Capable of achieving fine finishes and tight tolerances.
Conclusion: The Silicon Carbide lapping film Disc is a valuable tool in precision machining, offering the hardness of silicon carbide for effective lapping and polishing. Its versatility and consistent performance make it suitable for various industries and applications where fine finishes and precision are essential.
Silicon Carbide: recommended for non-ferrous metals and polymers.
Abrasive Material: Silicon Carbide
Applicable Materials: Ceramics,Hardened Metals,Carbide,Exotic Alloys,Composites
Applications:Flat Lapping,Fiber Optic Connector Polishing,Superfinishing
Body Material:Polyester Film
Bond: SIC Coated
Diameter: 4" 6" 8"
Mounting: PSA (Pad) Roughness Grade:
Mesh 600 1000 1200 2000 3000 4000 8000
Particle size/µm 30 16 15 9 5 3 1
Type: Silicon Carbide Lapping Film Disc
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