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Roll polishing. The long lasting product is used to complete the product process and produce consistently superior surface finish. Cleaning: use plenty of DI water to clean the film between each use, then wipe the film with a lint-free wipe. Silicon Carbide Lapping Film Disc Home / Lapping Film Polishing Disc / Silicon Dioxide Lapping Film / The Silicon Dioxide Lapping Film Disc is a highly recommended product for final polishing applications that require excellent edge retention. This Disc is made up of a mylar film that is coated with resin containing Silicon dioxide particles. It is an ideal alternative to colloidals and cloths for final polishing on SEM and TEM samples. The Silicon Carbide and Silicon Dioxide lapping films are also highly recommended for fine grinding and lapping applications where edge retention is important. These films consist of a mylar film that is coated with resin containing either Silicon carbide or Silicon Dioxide particles. They are perfect for achieving a high-quality finish on a variety of materials. If you are looking for a reliable product that can provide excellent results for your polishing and grinding needs, then the Silicon Dioxide lapping Film Disc and Silicon Carbide and Silicon Dioxide lapping films are the perfect options for you. These products are easy to use and highly effective, making them an ideal choice for professionals and hobbyists alike. Composition: The Disc is made with Silicon carbide, a hard and durable material known for its excellent abrasive properties. Silicon carbide is commonly used in lapping films for its ability to produce fine finishes and effective material removal. Applications: The Silicon Carbide Lapping film Disc is suitable for a variety of applications, including: Lapping and polishing of metals. Precision Lapping of ceramics and hard materials. Polishing optical components. Superfinishing processes to achieve smooth and high-quality surfaces. Features: Abrasive Material: Silicon carbide is chosen for its hardness, ensuring efficient material removal and achieving fine finishes. Consistent Particle Size: The Lapping Film is designed with a uniform particle size, contributing to consistent and controlled abrasion during the Lapping process. 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 Disc s are available in various sizes, commonly in diameters such as 4", 6", and 8". The availability of different sizes allows for compatibility with various lapping machines and applications. Benefits: Hardness: Silicon carbide's hardness is beneficial for effective material removal, particularly in applications where precision is crucial. Consistency: The consistent particle size of the lapping film ensures uniform results across the surface being worked on. Versatility: Suitable for lapping and Polishing a diverse range of materials, making it a versatile tool in precision machining. Precision : Capable of achieving fine finishes and tight tolerances, making it ideal for applications requiring high precision . Applications: The Silicon Carbide Lapping Film Disc finds applications in industries such as manufacturing, optics, electronics, and more, where achieving precise and high-quality finishes is essential. Conclusion: In summary, the Silicon Carbide Lapping Film Disc is a valuable abrasive tool designed for precision lapping and Polishing applications. Its composition, features, and versatility make it a reliable choice for achieving fine finishes and maintaining precision in various industries. Features: * Micron graded premium abrasive to produce precise finishes * Precision backing for uniformity and sample planarity * Resists water, oil and most solvents * Use for non-encapsulated samples * Not recommended for power head applications Diameter: 4" 6" 8" Mounting: PSA (Pad) Roughness Grade: Mesh :15000 Particle size/µm: 0.3 Type: Silicon Dioxide Lapping Film Disc

Achieve precision with our abrasive film discs, perfect for polishing and finishing. Durable and efficient, these abrasive film discs deliver. Structured Silicon Carbide Disc Roll The Structured Film Disc Roll is a high-performance product that provides consistent and predictable results for precision finishing and polishing . These discs are made with micro-replicated, precisely structured abrasives that offer superior performance and durability compared to conventional discs. With their adhesive backing, they can quickly level defects and buff surfaces to a high gloss finish. Structured abrasive discs are designed to last longer than traditional discs and provide precise finish control, allowing operators to reduce the number of grade sequences and abrasive products needed. This not only saves time but also reduces costs associated with finishing and polishing processes. These micro-structured silicon carbide abrasive discs are available in three grades, A3, A5, and A7, making them suitable for use on a wide range of clear coats, topcoats, and paints. This ensures that they can accommodate most finish and process requirements for various applications. Each Roll of Structured Film Discs contains 500 discs, making them ideal for high-volume, quick-change operations on orbital and random orbital sanders. The Film -backed design ensures easy and efficient use, while the precision abrasives provide consistent results every time. In summary, the Structured Film Disc Roll is a reliable and efficient product that offers superior performance and durability for precision finishing and polishing . With its micro-structured abrasives, it provides precise finish control, reduces process steps, and saves time and costs, making it an excellent choice for various applications.

Detonation nanodiamond (DND) / ultra-fine diamond (UFD) — ultra-hard, high-purity nanoparticles for polishing, lubrication, composites, and advanced optics. Detonation Nano Diamond Powder Home / Lapping Polishing Powder / Detonation Nano Diamond Powder / Hans Detonation Nano-Diamond (DND) , also known as Ultra-Fine Diamond (UFD), is a unique product that is produced through the dissociative carbon in high-pressure and temperature during detonation by Oxygen-Negative Explosive. Unlike the synthesized diamond, DND has a spherical shape without any sharp edges, and its micro-crystal size ranges between 4-7nm. The dissociative carbon in high-pressure and temperature during detonation by Oxygen-Negative Explosive is the key factor that makes Hans Detonation Nano-Diamond (DND) stand out from other diamonds. The dissociative carbon is made up of ultra-fine particles that are spherical in shape and do not have any sharp edges. This unique shape makes it an ideal product for various industrial applications. Hans Detonation Nano-Diamond (DND) has a micro-crystal size of about 4-7nm, which is much smaller than the synthesized diamond . This small size makes it an excellent product for use in a wide range of applications, including polishing , cutting , and grinding . The small size of the micro-crystals ensures that the product can be used in the most delicate applications, such as polishing lenses and other optical components. The unique shape and small size of Hans Detonation Nano-Diamond (DND) make it an excellent product for use in the electronics industry. The product can be used in the production of semiconductors, where its small size and unique shape make it an ideal product for use in the most delicate applications. Additionally, the product can be used in the production of computer hard drives, where its small size ensures that it can be used in the most compact spaces. Spherical Shape without Sharp Edges: Unlike synthesized diamonds, DND has a spherical shape without sharp edges, making it safer for various applications. Micro-Crystal Size (4-7nm): The dissociative carbon in high-pressure and temperature conditions results in ultra-fine particles with a micro-crystal size ranging between 4-7nm. High Purity: The product exhibits high purity, with metal impurity levels below 10PPM. High Specific Surface Area: Boasts a high specific surface area ranging from 300-420 m²/g, contributing to its excellent properties. Good Dispersion Stability: Provides good dispersion stability, ensuring uniform distribution in various applications. Superior Polishing Result: Delivers an excellent super-fine polishing result, achieving surface roughness below 0.2nm. Outstanding Properties: Exhibits outstanding wear resistance, corrosion-resistance, thermal conductivity, and wave-transmitting properties. Applications: Electronics Industry: Ideal for the production of semiconductors due to its small size and unique shape, suitable for delicate applications. Hard Disk Production: Used in the production of computer hard drives where its small size is advantageous for compact spaces. Lubricant Additives: Applied as a supplement in lubricants to enhance their properties. Composite Materials: Used as a supplement for composite materials to improve their overall performance. Electroplated Coating: Utilized in electroplated coatings for enhanced properties.

Get premium cerium oxide powder polishing film discs for glass and ceramics. Achieve top results with consistent performance and customization. Cerium Oxide Lapping Film Disc Home / Lapping Film Polishing Disc / Cerium Oxide Carbide Lapping Film / The Cerium Oxide Lapping Film (polishing Sheets ) is a highly effective product that is utilized for the final polishing of optical connectors. Additionally, it is also suitable for ultra-Precision machining of Precision optical devices. During the Polishing process, the use of Polishing Slurry can enhance the Polishing effect of Cerium oxide . It is vital to adjust the time and pressure appropriately while Polishing and ensure that the surface is clean and polished. This product is made using nanometer Cerium Oxide Powder , which provides excellent water and alcohol resistance. It has outstanding Polishing efficiency performance, and its small batch differences ensure a long lifespan. We offer customization of specifications based on customer demand. Furthermore, the gum can also be customized as per the customer's preference, either back down or up. Product Usage: The Cerium Oxide Lapping Film Disc is a highly effective product specifically designed for the final Polishing of optical connectors. It is also suitable for ultra-Precision machining of Precision optical devices. Polishing Process: During the Polishing process, the use of Polishing Slurry can enhance the Polishing effect of Cerium Oxide . Proper adjustment of Polishing time and pressure is crucial to ensuring a clean and polished surface. Material and Manufacturing: The product is made using nanometer Cerium Oxide Powder, offering excellent water and alcohol resistance. It demonstrates outstanding Polishing efficiency performance with minimal batch differences, ensuring a long lifespan. Customization: Customization of specifications is available based on customer demand. The gum (backing material) can also be customized according to customer preferences, either back down or up. Applicable Materials: Ceramics Hardened Metals Carbide Exotic Alloys Composites Applications: Flat Lapping Fiber Optic Connector Polishing Superfinishing Technical Specifications: Body Material: Polyester Film Bond: Cerium Oxide Coated Diameter Options: 4", 6", 8" Mounting: PSA (Pressure Sensitive Adhesive) Pad Roughness Grade (Mesh): 15000, 10000, 8000 Particle Size/µm: 0.3, 0.5, 1

Our most popular Polycrystalline Diamond Slurry can provide high stock removal rate without scratches, widely used for the lapping and processing of sapphire substrate, optic lens, hard glasses, crystals, ceramics, magnetic heads, hard disk and CMOS chip etc. Diamond Polishing Slurry Hans Diamond Polishing Slurry is a versatile product that comes in PCD, DND, and MD series, making it suitable for a wide range of applications. Its excellent dispensability and uniform particle size distribution make it ideal for lapping and processing hard materials. Moreover, it is available in both water and oil-based formulations, adding to its versatility. One of our most popular products is the Polycrystalline Diamond (PCD) slurry , which offers a high stock removal rate without leaving any scratches. It is widely used for the lapping and processing of sapphire substrates, optic lenses, hard glasses, crystals, ceramics, magnetic heads, hard disks, and CMOS chips, among others. With its superior performance and reliability, the PCD slurry has become a go-to product for many industries. Our DND and MD series also deliver exceptional results, with each product tailored to specific applications. The DND series is designed for the lapping and polishing of diamond dies, while the MD series is ideal for processing materials such as tungsten carbide, ceramics, and glass. Overall, Hans Diamond polishing slurry is a top-quality product that delivers outstanding performance and versatility. Whether you need to lap or process hard materials, our slurry products are sure to meet your needs and exceed your expectations. Polycrystalline Diamond Slurry Our most popular PCD slurry can provide high stock removal rate without scratches, widely used for the lapping and processing of sapphire substrate, optic lens, hard glasses, crystals, ceramics, magnetic heads, hard disk and CMOS chip etc.

Discover the benefits of abrasive film discs for precise polishing and finishing. Abrasive film discs are versatile for metals and ceramics. Abrasive Lapping Film Application Abrasive lapping film products are widely used in the manufacturing industry for polishing and finishing various materials, including metals, ceramics, plastics, and composites. These films are made of a flexible polyester backing that is coated with abrasive particles, such as diamond, aluminum oxide, or silicon carbide. The abrasive particles are evenly distributed on the surface of the film, ensuring consistent and precise results. The films come in different grades, from coarse to fine, to accommodate different polishing needs. The coarse grades are used for removing scratches and surface imperfections, while the finer grades are used for achieving a mirror-like finish. Abrasive lapping films are easy to use and require minimal setup and maintenance. They can be used with a variety of lapping machines and tools, including flat lapping machines, rotary lapping machines, and hand lapping tools. The films are also compatible with different types of lubricants, such as oil, water, and diamond suspensions. One of the advantages of using abrasive lapping films is that they provide a consistent and repeatable finish. This is important in manufacturing applications where consistent quality is critical. The films also offer a high level of precision, allowing for tight tolerances and accurate surface finishes. In addition to their use in manufacturing, abrasive lapping films are also commonly used in research and development applications, such as in the semiconductor industry. They are also used in the optical industry for polishing lenses and other optical components. Overall, abrasive lapping films are a versatile and effective tool for achieving high-quality surface finishes. With their ease of use and consistency, they are a popular choice for manufacturers and researchers alike. Frequently asked questions General Product Selection Customization Product Use Storage and Handling Application Compatibility How should diamond lapping film be used correctly? To use diamond lapping film correctly, remove a strip from the sheet and securely adhere it to the platen, ensuring precise alignment. Utilize an edge-trailing stroke (up and away) technique, which differs from the approach used with diamond stones. What materials are most effective for diamond lapping applications? Boron carbide is particularly effective for diamond lapping, especially when processing hard materials such as tungsten carbide and tempered steel. Its aggressive cutting action and high material removal efficiency make it suitable for the most demanding applications, including tungsten carbide and titanium carbide. What is the process of diamond lapping? Diamond lapping is a material removal method using fixed diamond abrasive particles which produce long chips of the component material. The process of making chips with a sharp abrasive grain produces the lowest amount of deformation in the component while giving the highest removal rate. Is aluminum oxide better than diamond lapping film? When comparing aluminum oxide to Diamond lapping film for precision polishing, diamond lapping film is generally considered superior. Here are the key reasons why Diamond lapping film is better than aluminum oxide: Superior Hardness: Diamond is the hardest known material, significantly harder than aluminum oxide . This allows Diamond lapping film to cut through materials more efficiently and maintain its cutting ability over a longer period. Higher Cutting Performance: The superior hardness of Diamond translates to higher cutting performance. Diamond particles can cut and abrade materials more quickly and effectively than aluminum oxide , which results in faster material removal rates and more efficient polishing processes. Durability: Diamond lapping film is more durable due to the inherent toughness of Diamond particles. This means the abrasive surface remains effective for a longer period, reducing the need for frequent replacements and thus offering better cost-effectiveness over time. Precision and Consistency: Diamond lapping film provides a more consistent and precise finish. The uniformity of Diamond particles and their ability to maintain sharpness ensures a uniform surface finish, which is crucial in high-precision applications. Versatility: Diamond lapping film can be used on a wider range of materials, including very hard substrates such as ceramics, carbide, and hardened steels. aluminum oxide, while effective, may not perform as well on these tougher materials. Reduction in Surface Damage: The cutting efficiency and sharpness of Diamond particles help in reducing the heat generated during the lapping process, which minimizes the risk of surface damage such as burns or cracks. In summary, Diamond lapping film offers better performance, durability, and precision compared to aluminum oxide, making it the preferred choice for high-precision and demanding polishing tasks. What material is best for lapping? Diamond slurries are often used in precision lapping applications, as they offer several advantages over traditional abrasives such as Alumina or silicon carbide. Diamond particles are harder and more durable than these traditional abrasives, allowing for faster material removal and improved surface finish. How should you choose a diamond lapping fluid for precision finishing? You should choose a diamond lapping fluid that provides stable particle suspension, effective cooling, and consistent lubrication during processing. It should also help reduce residue buildup and support corrosion protection where required. For reliable performance, the fluid concentration should be maintained within the recommended range, and contamination should be monitored regularly. What is the main purpose of the lapping process? The main purpose of the lapping process is to achieve uniformly smooth and flat surfaces on components. This is achieved by selectively removing material from the high points of the surface through controlled interaction with a flat lap plate. What is the standard material removal rate in the lapping process? The lapping process, which is less aggressive than honing, typically removes 0.0005” to 0.005” (0.0127 mm to 0.127 mm) of material. Therefore, the workpiece should be pre-sized as closely as possible to the final dimensions, often through double-disk grinding, before lapping. What is the proper method for cleaning a diamond lapping plate? To clean a diamond lapping plate, evenly apply Bar Keepers Friend using a nylon brush. Gently scrub the plate for one to two minutes, then rinse with warm water while continuing to scrub. Ensure thorough rinsing to remove all residues.

Discover high-quality MTP lapping polishing film from HANS, designed for precision and durability. Includes an equipment maintenance guide. MTP Lapping Film The MPO (Multi-fiber Push On ) Fiber Optic connector is a cutting-edge Plug and Play connector that utilizes multi-fiber cables as signal transmitting channels. To ensure optimal performance, it requires a polishing film with self-sharpening properties that guarantee a positive Core Dip value. SC has developed a special polishing film for MPO that utilizes an evolved coating recipe and state-of-the-art production technology to coat our films, ensuring maximum versatility to meet our customers' manifold polishing conditions. Our MPO polishing film is a game-changer in the industry, providing unparalleled performance and durability. Whether you're working on a large-scale project or a small-scale one, our MPO polishing film is the perfect solution for your fiber optic connector needs. With its superior quality and advanced technology, you can trust SC to deliver the best MPO polishing film on the market.Features: 1. Slurry coating film with Uniform coating layer results in consistent polishing performance. 2. Featuring better self-sharpening during polishing 3. Uniform particle size help to get higher passing rate. 4. Can b e used for different polishing process 5. Two different recipe film models as option

High-precision colloidal silica polishing slurry for defect-free finishing on glass, optics, and precision surfaces. Compatible with flexible lapping films. Colloidal silica slurries Through advanced technology, high purity silicon powder is transformed into colloidal silica slurries. These slurries are extensively utilized for nanometer scale chemical mechanical polishing in a multitude of materials, including but not limited to silicon wafers, chemical crystal combinations, precise optics, and gemstones. Our product offers various grain sizes to cater to your specific needs. Additionally, we offer both acidic and alkaline types, which are distinguished by their respective PH values. Features 1. High removal rate, by using big size of silica particle, you can achieve fast finishing; 2. Different particle size could be made to your request; 3. High purity can diminish impurity on electrical products; 4. High smooth processing, SiO2 particles won't cause damage on physical devices. Application Fiber optic connectors final finish.

Discover Aluminum Oxide Polishing Films from Hans Diamond Tools, engineered for high-precision surface finishing. Ideal for metals, ceramics, glass, and other hard materials, these lapping discs deliver consistent, professional-quality results. Aluminum Lapping Film Disc Home / Lapping Film Polishing Disc / Aluminium Oxide Lapping Film / Aluminium lapping film is produced using ultra-precision coating technology, wherein micron and nano-sized alumina Powder is uniformly dispersed with environmentally friendly high polymer materials and coated onto the surface of high-strength thin film s. The product undergoes high-precision cutting technology to achieve its final form. The product specifications offer a wide range of grit sizes from 400 to 15000, with particle sizes ranging from 45μm to 0.3μm. Grinding belt widths are available in a range of 1.2mm to 25.4mm, and lengths from 45m to 200m, with the possibility of customized products for specific customer needs. The product features high-purity micro and sub-micron white corundum Powder , which provides excellent cutting force and wear resistance. Additionally, a new type of high-polymer material with good water and alcohol resistance is used for the Adhesive system. Proprietary formulation technology ensures uniform dispersion of abrasive particles and stable product quality with minimal batch-to-batch differences. Aluminium lapping film has diverse applications in high-precision processing and mirror polishing of various materials. It is suitable for polishing miniature motor shafts and commutators, precision polishing of metal rollers, fine polishing of magnetic heads and disks, and polishing and Grinding of optical materials. Production Process: The film is produced through ultra-precision coating technology. Micron and nano-sized alumina Powder are uniformly dispersed with environmentally friendly high polymer materials and coated onto high-strength thin film s. The final product is achieved through high-precision cutting technology. Grit Sizes and Particle Sizes: The product specifications offer a wide range of grit sizes from 400 to 15000, with particle sizes ranging from 45μm to 0.3μm. This variability allows for flexibility in addressing different levels of precision in the lapping and polishing process. Belt Widths and Lengths: Grinding belt widths are available in a range of 1.2mm to 25.4mm, and lengths from 45m to 200m. The availability of customized products further caters to specific customer needs. Cutting Force and Wear Resistance: The product features high-purity micro and sub-micron white corundum Powder , providing excellent cutting force and wear resistance. This makes it suitable for demanding applications that require precision and durability. Adhesive System: A new type of high-polymer material with good water and alcohol resistance is used for the Adhesive system. This enhances the overall performance and longevity of the lapping film . Formulation Technology: Proprietary formulation technology ensures the uniform dispersion of abrasive particles, resulting in stable product quality with minimal batch-to-batch differences. Consistency in product quality is crucial for achieving reliable and repeatable results in precision processes. Applications: Suitable for polishing miniature motor shafts and commutators. Ideal for precision polishing of metal rollers. Effective in fine polishing of magnetic heads and disks. Used in the polishing and Grinding of optical materials. The diverse applications highlight the versatility of Aluminium lapping film in high-precision processing and mirror polishing across various materials. Its range of grit sizes, particle sizes, and customization options make it a valuable tool in industries where achieving a precise and smooth surface finish is critical. Features 1. Superior finish surface; 2. Consistent polishing performance; 3. Long life and high yield; 4. Applicable to both dry and wet polishing .

High-precision diamond lapping film discs from HANS. Ideal for polishing glass, metals, ceramics, and semiconductor surfaces with flexible lapping films. Diamond Lapping Film Diamond Lapping Film is a cutting-edge product that boasts a high strength polyester backing coated with precisely graded diamond powder. This innovative design ensures a uniform and consistent finish, making it the perfect solution for achieving a repeatable finish on extremely hard materials. Thanks to its exceptional edge retention and coplanarity maintenance, Diamond Lapping Film is a popular choice for unencapsulated cross-sectioning, TEM wedge/plan-view polishing , backside polishing, and FIB sample thinning. Our Diamond Lapping F ilm is available in a wide range of grades, from 0.5 to 80 μm, and can be purchased with or without Pressure Sensitive Adhesive (PSA) backing. Whether you're a professional in the field or a hobbyist looking for top-quality results, our Diamond Lapping Film is the perfect choice for all your lapping and polishing needs. Mesh 180 240 360 400 600 1000 1200 2000 2500 4000 6000 8000 10000 Particle size/µm 80 60 45 40 30 16 15 9 6 3 2 1 0.5 Type: Diamond Lapping Film Sheet High-Strength Polyester Backing: The film is backed by a high-strength polyester material, providing durability and stability during the lapping and polishing processes. Precisely Graded Diamond Powder: Coated with precisely graded diamond powder, contributing to a uniform and consistent finish. Exceptional Edge Retention: Exhibits exceptional edge retention, ensuring the longevity of the abrasive properties. Coplanarity Maintenance: Maintains coplanarity effectively, contributing to the accuracy and precision of the lapping and polishing processes. Applications: Unencapsulated Cross-Sectioning: Suitable for unencapsulated cross-sectioning applications where precise results are crucial. TEM Wedge/Plan-View polishing : Used in Transmission Electron Microscopy (TEM) for wedge and plan-view polishing applications. Backside polishing : Ideal for backside polishing , ensuring a consistent and high-quality finish. FIB Sample Thinning: Applied in Focused Ion Beam (FIB) sample thinning processes, contributing to thin and precise samples. Grades and Options: Wide Range of Grades (0.5 to 80 μm): Available in a comprehensive range of grades, catering to different levels of fineness and surface finish requirements. Optional Pressure Sensitive Adhesive (PSA) Backing: Can be purchased with or without Pressure Sensitive Adhesive (PSA) backing, offering flexibility in application. User Base: Professional and Hobbyist Use: Suitable for professionals in various fields requiring top-quality results. Also suitable for hobbyists looking for precision in lapping and polishing applications. Conclusion: Diamond Lapping film stands as a cutting-edge product, offering a combination of durability, precision, and versatility. With applications ranging from unencapsulated cross-sectioning to TEM polishing and FIB sample thinning, it addresses the needs of professionals and hobbyists alike. The wide range of available grades and optional PSA backing further enhances its suitability for various lapping and polishing requirements.

Achieve precision with our lapping film, the ultimate tool for consistent finishes. Perfect for polishing and finishing applications. Lapping Film Disc Home / Lapping Film Polishing Disc / Precision Lapping Polishing Film is a highly effective tool for achieving a uniform and consistent finish on a variety of surfaces. It is composed of precisely graded minerals, such as diamond , aluminum oxide , silicon carbide , silicon oxide, cerium oxide , and more , that are coated onto a high-strength polyester backing . The film can come with or without a Pressure Sensitive Adhesive (PSA) backing , and is available in sheets , discs , and rolls to suit any type of Polishing equipment. These film s are widely used in a variety of industries, including the Polishing of fiber optic connectors, rollers, hard disks, and metal parts. They are particularly effective in the electronics industry for Polishing fiber-optic components and computer hard drive heads. The different types of Lapping film s available include Aluminium oxide lapping film , Silicon Carbide Lapping Film Disc , Cerium Oxide Lapping Film Disc , and Diamond Lapping Film Disc . Lapping is a machining process that involves rubbing two surfaces together with an abrasive between them, either by hand or using a machine. The Diamond , Silicon Carbide , and Aluminium oxide , Silicon oxide along with other types of abrasive, are all available from us. We are proud to offer the Diamond Lapping Film Disc , which is one of the most aggressive sharpening mediums we have tested. This durable and fast-cutting films is truly remarkable for sharpening edge tools. With our high-quality lapping film s , you can achieve the perfect finish every time. Features and applications: Composition: The film s consists of graded minerals, ensuring Precision in the lapping and Polishing process. Common minerals include Diamond , Silicon Carbide , and Aluminium oxide , S ilicon ox ide ,cerium oxide etc. Backing : The high-strength polyester backing provides durability and stability during the Polishing process. The option for a Pressure Sensitive Adhesive (PSA) backing offers convenience in application. Versatility: Available in various forms ( sheets , discs , and rolls ), the film s is versatile and can be used with different types of Polishing equipment. Applications: Widely used in industries such as fiber optics, electronics, and metalworking. Common applications include Polishing fiber optic connectors, rollers, hard disks, and metal parts. Types: Different types of lapping film s discs are available, including diamond , aluminum oxide , silicon carbide , silicon oxide, cerium oxide , and more.. Machining Process: Lapping is a machining process that involves rubbing two surfaces together with an abrasive between them. This can be done manually or using a machine. Sharpening Medium: The Diamond Lapping Film Disc is highlighted as one of the most aggressive sharpening mediums, particularly effective for sharpening edge tools. Quality Finish: With the use of high-quality lapping film s , a perfect finish can be achieved consistently. Overall, Precision Lapping Polishing Film offers a reliable solution for achieving precise and high-quality surface finishes across various industries and applications.

High-performance Rough-Surface Monocrystalline Diamond (RCD) slurry with polydisperse formula for uniform stock removal and scratch-free polishing. Rough-surface MonoCrystalline Diamond Slurry (RCD Slurry) Hans' proprietary RCD powder serves as the primary component for the Rough-surface MonoCrystalline Diamond slurry (RCD Slurry). This slurry boasts a polydisperse formula, which effectively maintains a high and uniform removal rate while minimizing the risk of scratches. The RCD diamond slurry is primarily utilized for grinding and polishing sapphire materials, optical lenses, hard glass and crystal, superhard ceramics, and alloy materials. The use of RCD slurry ensures that the final product is not only polished to a high shine, but is also free of any unsightly scratches or blemishes. This is due to the unique formulation of the slurry , which allows for a consistent and even application during the polishing process. As a result, the final product is not only aesthetically pleasing, but also boasts a high degree of durability and resilience. Whether you are in the business of manufacturing sapphire materials, optical lenses, or superhard ceramics, RCD slurry is the ideal solution for achieving a polished and flawless finish. With its superior performance and ease of use, RCD slurry is quickly becoming the go-to choice for manufacturers and industry professionals alike. Features: 1. Rough surface can increase contact point in the polishing process; Enhance the polishing effect accordingly; 2. With good self-sharpening, can keep high removal rate; 3. With a large number of small cutting chins, can reduce surface roughness of the workpiece.