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Emery Paper Sheets

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Pack of 50 piece
₹1,002 - ₹1,887
You save ₹56,863,505!
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The CUMI Cannon 40 Coarse Grit Plain Weave Emery Cloth, sized at 220x280 mm. Engineered to meet the demands of both professionals and DIY enthusiasts, this emery cloth is a versatile and reliable abrasive tool that ensures superior performance across various applications.The CUMI Cannon 40 Coarse Grit Emery Cloth features a robust plain weave design, providing durability and flexibility to handle the toughest sanding tasks. The 40 coarse grit (P299) is specially designed for heavy-duty material removal, making it perfect for tasks that require aggressive sanding and smoothing. Whether you are working with metal, wood, or other hard materials, this emery cloth delivers consistent and efficient results every time.Constructed with high-quality abrasive particles, the CUMI Cannon emery cloth maintains its sharpness and effectiveness over prolonged use. This ensures that you get maximum performance and longevity from each sheet, reducing the need for frequent replacements and offering excellent value for your investment.Measuring 220x280 mm, this emery cloth provides ample surface area to cover large workpieces quickly and efficiently. Its flexibility allows it to conform to various shapes and contours, making it ideal for both flat and irregular surfaces. The plain weave backing enhances its durability, ensuring it withstands rigorous use without tearing or fraying.Versatility is a hallmark of the CUMI Cannon emery cloth. It is suitable for both manual sanding and use with a range of sanding tools and machines. Whether you are removing rust from metal, preparing wood for finishing, or smoothing welds, this emery cloth is designed to deliver exceptional performance and a high-quality finish.
green checkType of Product : Plain Weave Emery Cloth
green checkSuitable For : Metal
green checkPack of : 50
green checkSize (mm) : 220x280 mm
green checkAbrasive Material : Emery
green checkWet or Dry Use : Dry sanding
green checkSeries : Cannon
green checkIdeal For : De-rusting and finishing
Pack of 50 piece
₹754 - ₹1,297
The ABRO Abrasive Craft Emery Sand Paper White ‎800 Grit for Wet & Dry Use, Primer Surfaces, Wood Furniture, Metal Fabrication, PNLP-9x11-180-1500 (Pack of 50), a high-performance product from ABRO. Specially designed for superior adhesion and water resistance, this joint filler ensures strong, long-lasting results in both residential and commercial spaces. Ideal for use in kitchens, bathrooms, and outdoor areas, it helps seal gaps and prevent moisture infiltration with maximum efficiency.The ABRO Abrasive Craft Emery Sand Paper White ‎800 Grit for Wet & Dry Use, Primer Surfaces, Wood Furniture, Metal Fabrication, PNLP-9x11-180-1500 (Pack of 50) is part of ABRO's trusted Construction Adhesives & Sealants range, engineered for easy application and professional-grade performance. Whether you're working on tiles, joints, or surfaces prone to wear, this filler delivers excellent coverage, smooth consistency, and dependable results every time. Count on ABRO for quality that stands the test of time.
green checkType of Product : Abrasive Craft Emery Sand Paper
green checkDimension : 28x23 cm
green checkApplication : Wet & Dry Use, Primer Surfaces, Wood Furniture, Metal Fabrication
green checkMaterial : ‎Silicon Carbide
green checkPack of : ‎50
green checkBacking Type : Paper
green checkCompatible Material : ‎Metal
green checkApplication Surface : Wood, Metal, Primer, Craft, Furniture
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₹872  
A magnetic strip, also known as a magnetic stripe, is a thin, narrow piece of magnetic material affixed to a plastic or paper substrate. It is commonly used in various applications for data storage and retrieval, primarily through the use of magnetic stripe card readers. Here are some key details about magnetic strips: 1. Material: Magnetic strips are typically made of a ferrous material that is coated with a layer of magnetic oxide. The most commonly used material for magnetic strips is a flexible plastic tape with a magnetic coating, often composed of iron oxide particles. 2. Magnetic Encoding: Information is stored on the magnetic strip by magnetizing small regions along the strip in a specific pattern. This magnetization pattern represents data that can be read by magnetic stripe card readers. 3. Types of Magnetic Strips: LoCo (Low-Coercivity) Magnetic Strips: LoCo magnetic strips have a lower coercivity, which means they are less resistant to demagnetization. These are typically used for applications with lower security requirements, such as hotel room keys and membership cards. HiCo (High-Coercivity) Magnetic Strips: HiCo magnetic strips have a higher coercivity, making them more resistant to demagnetization. They are used for applications requiring higher security, such as credit cards, debit cards, and access control cards. 4. Information Storage: Magnetic strips can store various types of data, including: Credit Card Data: Credit card magnetic strips store information such as the cardholder's name, account number, expiration date, and often a security code. Identification Data: Magnetic strips on identification cards, such as driver's licenses, may store the cardholder's personal information, such as name, date of birth, and address. Access Control: Magnetic strips on access cards can store information that grants or restricts access to specific areas or facilities. 5. Magnetic Stripe Card Readers: To access the data stored on a magnetic strip, a magnetic stripe card reader is used. These devices read the magnetization pattern on the strip and convert it into digital information that can be processed by a computer or a control system. 6. Wear and Durability: Magnetic strips are subject to wear and can be demagnetized if exposed to strong magnetic fields or physical damage. Over time, the data on magnetic strips may become less reliable, which has led to the adoption of alternative technologies like EMV (chip cards) for credit card transactions. 7. Versatility: Magnetic strips are still widely used in various applications due to their low cost and simplicity. However, they are gradually being replaced by more secure and durable technologies in certain industries. 8. Security Considerations: Magnetic stripe technology has certain security vulnerabilities, as the data on the strip can be easily copied if not properly protected. Chip cards (EMV) offer enhanced security features to counteract these vulnerabilities.
₹3,067  
As One 2-9248-01 A self-adhesive magnet sheet is a versatile and practical magnetic material that combines the characteristics of a flexible magnetic sheet with an adhesive backing. This combination allows you to easily attach magnets to various surfaces without the need for additional adhesives or fasteners. Here are some key details about self-adhesive magnet sheets: 1. Magnetic Material: Self-adhesive magnet sheets are made from a flexible magnetic material, typically a compound of rubber or plastic mixed with ferrite magnet powder or other magnetic materials. This material has magnetic properties that allow it to attract ferrous (iron-containing) materials. 2. Adhesive Backing: One side of the magnet sheet is coated with an adhesive backing. This adhesive can vary in strength and type, depending on the intended application. Common adhesive types include acrylic-based adhesives, rubber-based adhesives, or foam adhesives. 3. Flexibility: Self-adhesive magnet sheets are flexible and can be easily cut or trimmed to different shapes and sizes, making them highly customizable for various applications. 4. Magnetization: The magnetic strength or magnetization level of these sheets can vary, and you can choose a magnet sheet with the appropriate magnetic strength for your specific needs. 5. Versatile Applications: Crafts and DIY Projects: Self-adhesive magnet sheets are popular for crafting and DIY projects. They can be used to create magnetic decorations, refrigerator magnets, and other creative items. Signage: These sheets can be used to attach temporary signs or promotional materials to metal surfaces, such as vehicle doors or store shelves. Retail Displays: In retail settings, they can be used to attach pricing labels or promotional signage to metal fixtures. Educational Materials: They are used in educational settings for creating interactive and magnetic teaching aids. Magnetic Closures: They are used in packaging for creating magnetic closures on boxes or folders. Home and Office Organization: Self-adhesive magnet sheets can help with home and office organization by creating magnetic storage solutions for tools, kitchen items, or office supplies. 6. Easy Installation: These magnet sheets are easy to install – simply peel off the protective backing to expose the adhesive and then attach the magnet sheet to the desired surface. 7. Removal: Self-adhesive magnet sheets can typically be removed without leaving a residue, but the ease of removal may depend on the adhesive used.
₹1,002  
A magnetic strip, also known as a magnetic stripe, is a thin, narrow piece of magnetic material affixed to a plastic or paper substrate. It is commonly used in various applications for data storage and retrieval, primarily through the use of magnetic stripe card readers. Here are some key details about magnetic strips: 1. Material: Magnetic strips are typically made of a ferrous material that is coated with a layer of magnetic oxide. The most commonly used material for magnetic strips is a flexible plastic tape with a magnetic coating, often composed of iron oxide particles. 2. Magnetic Encoding: Information is stored on the magnetic strip by magnetizing small regions along the strip in a specific pattern. This magnetization pattern represents data that can be read by magnetic stripe card readers. 3. Types of Magnetic Strips: LoCo (Low-Coercivity) Magnetic Strips: LoCo magnetic strips have a lower coercivity, which means they are less resistant to demagnetization. These are typically used for applications with lower security requirements, such as hotel room keys and membership cards. HiCo (High-Coercivity) Magnetic Strips: HiCo magnetic strips have a higher coercivity, making them more resistant to demagnetization. They are used for applications requiring higher security, such as credit cards, debit cards, and access control cards. 4. Information Storage: Magnetic strips can store various types of data, including: Credit Card Data: Credit card magnetic strips store information such as the cardholder's name, account number, expiration date, and often a security code. Identification Data: Magnetic strips on identification cards, such as driver's licenses, may store the cardholder's personal information, such as name, date of birth, and address. Access Control: Magnetic strips on access cards can store information that grants or restricts access to specific areas or facilities. 5. Magnetic Stripe Card Readers: To access the data stored on a magnetic strip, a magnetic stripe card reader is used. These devices read the magnetization pattern on the strip and convert it into digital information that can be processed by a computer or a control system. 6. Wear and Durability: Magnetic strips are subject to wear and can be demagnetized if exposed to strong magnetic fields or physical damage. Over time, the data on magnetic strips may become less reliable, which has led to the adoption of alternative technologies like EMV (chip cards) for credit card transactions. 7. Versatility: Magnetic strips are still widely used in various applications due to their low cost and simplicity. However, they are gradually being replaced by more secure and durable technologies in certain industries. 8. Security Considerations: Magnetic stripe technology has certain security vulnerabilities, as the data on the strip can be easily copied if not properly protected. Chip cards (EMV) offer enhanced security features to counteract these vulnerabilities.
Set of 500 piece
₹8,967  
As One 6-714-02 Aluminum sheets are flat pieces of aluminum metal that come in various sizes and thicknesses. They are versatile materials used in a wide range of applications due to their lightweight, corrosion-resistant, and malleable properties. Here are some key details about aluminum sheets: 1. Material Composition: Aluminum sheets are made from pure aluminum or aluminum alloy, which is a combination of aluminum with other elements, such as copper, magnesium, or zinc, to enhance specific properties like strength and durability. 2. Thickness: Aluminum sheets are available in various thicknesses, ranging from thin foils (measured in microns) to thicker plates (measured in millimeters). The choice of thickness depends on the intended use and required strength. 3. Types of Aluminum Sheets: There are different types of aluminum sheets, including: Flat Sheets: These are basic, flat aluminum sheets with uniform thickness. Tread Plates: These sheets have raised patterns or textures on one side, providing enhanced slip resistance and are commonly used in flooring and industrial settings. Perforated Sheets: Aluminum sheets with holes or perforations, often used in architectural applications and filtration systems. Clad Sheets: These are composite sheets with aluminum on one side and another material (e.g., plastic or steel) on the other, combining the properties of both materials. 4. Applications: Aluminum sheets have a wide range of applications, including: Construction: Used for roofing, siding, and interior wall panels due to their lightweight nature and resistance to corrosion. Aerospace: Essential in aircraft construction due to their strength-to-weight ratio. Automotive: Used for body panels, engine components, and structural parts to reduce weight and improve fuel efficiency. Packaging: Commonly used in food and beverage packaging due to their resistance to corrosion and ability to maintain product freshness. Electronics: Used in electronics enclosures and heat sinks due to their excellent thermal conductivity. Industrial Equipment: Used in the fabrication of machinery and equipment parts. Marine: Aluminum sheets are used in boat building and marine applications due to their resistance to saltwater corrosion. 5. Finishes: Aluminum sheets may have various surface finishes, including mill finish (unaltered surface), brushed finish (textured surface), anodized finish (an electrochemical process that adds a protective layer and color), and more. 6. Fabrication: Aluminum sheets can be easily cut, bent, and formed, making them suitable for various fabrication processes, including welding, machining, and stamping.
₹10,029  
As One 3-9906-05 RFID magnetic sheet, specifically the RFID-A4 series, is a type of printable magnetic sheet that incorporates RFID (Radio-Frequency Identification) technology into its design. These sheets are used in various applications for tracking and identifying items using RFID technology combined with the flexibility and printable surface of magnetic sheets. Here are some key details about RFID magnetic sheets in the RFID-A4 series: RFID Technology: RFID stands for Radio-Frequency Identification. It is a technology that uses electromagnetic fields to automatically identify and track tags attached to objects. RFID tags contain electronically stored information that can be read wirelessly by RFID readers or scanners. Magnetic Sheet Base: The RFID-A4 series incorporates a magnetic sheet as its base material. Magnetic sheets are known for their ability to adhere to ferrous (iron-containing) surfaces, making them suitable for applications where easy attachment and removal are required. Printable Surface: RFID magnetic sheets often feature a printable surface that allows for customization with text, graphics, or barcodes. This printable surface is typically designed for compatibility with various printing methods, such as inkjet or laser printing. Applications: RFID magnetic sheets in the RFID-A4 series can be used in a range of applications, including: Inventory Management: They are used for tracking and managing inventory in retail, warehouses, and logistics. Asset Tracking: These sheets can be used to create RFID tags for tracking assets and equipment in industries like healthcare and manufacturing. Library Management: Libraries use RFID magnetic sheets to create RFID tags for books and media. Access Control: They are utilized in access control systems for tracking personnel or vehicles. Point-of-Sale (POS): In retail, RFID magnetic sheets can be used for anti-shoplifting and loss prevention. Customization: RFID magnetic sheets can often be customized in terms of size, shape, and the information encoded on the RFID tags. Customization allows users to tailor the sheets to their specific tracking and identification needs.
₹11,209  
As One 3-9888-05 Ultra-thin acrylic sheet cast material, known as CLAREX αΩβ, represents an advanced and specialized type of acrylic sheet with exceptional properties and versatility. Here are key details about this material: 1. Thickness: CLAREX αΩβ is renowned for its ultra-thin nature, with thicknesses typically measured in micrometers (µm) or millimeters (mm). It is available in a range of thicknesses, often starting as thin as a fraction of a millimeter (e.g., 0.1 mm). 2. Material Composition: It is made from high-quality acrylic resin, known for its optical clarity, lightweight properties, and durability. Acrylic is also referred to as PMMA (polymethyl methacrylate). 3. Optical Clarity: CLAREX αΩβ exhibits exceptional optical clarity, allowing for the transmission of light with minimal distortion. This makes it suitable for applications where optical precision is required. 4. Versatile Applications: Due to its ultra-thin and optically clear properties, CLAREX αΩβ finds diverse applications in industries such as: Electronics: Used as protective covers for displays, touchscreens, and optical sensors in electronic devices like smartphones, tablets, and medical equipment. Automotive: Used in instrument panels, head-up displays (HUDs), and gauge clusters to enhance visibility and reduce glare. Lighting: Employed in LED light guides and diffusers to distribute and control light output. Photovoltaics: Used as protective covers for solar panels to enhance efficiency and durability. Optical Instruments: Utilized in microscopes, cameras, and other optical instruments for lens protection and optical enhancement. 5. Weather and UV Resistance: CLAREX αΩβ possesses good weather resistance and UV stability, ensuring long-term optical clarity and performance in outdoor and exposed applications. 6. Customization: These ultra-thin acrylic sheets can be customized in terms of size, shape, and surface coatings to meet specific application requirements. 7. Easy Fabrication: CLAREX αΩβ can be easily cut, shaped, and thermoformed, making it suitable for various fabrication processes. 8. Protective Film: Many CLAREX αΩβ sheets come with a protective film to prevent scratches and damage during handling and transportation. In summary, CLAREX αΩβ ultra-thin acrylic sheet cast material offers an excellent combination of optical clarity, durability, and versatility. Its ultra-thin profile makes it ideal for applications where lightweight and clear protective elements are essential, especially in industries like electronics, automotive, lighting, and optics. Its ability to transmit light without distortion makes it a valuable material for enhancing visual displays and optical instruments.
₹4,365  
As One 2-9248-02 A self-adhesive magnet sheet is a versatile and practical magnetic material that combines the characteristics of a flexible magnetic sheet with an adhesive backing. This combination allows you to easily attach magnets to various surfaces without the need for additional adhesives or fasteners. Here are some key details about self-adhesive magnet sheets: 1. Magnetic Material: Self-adhesive magnet sheets are made from a flexible magnetic material, typically a compound of rubber or plastic mixed with ferrite magnet powder or other magnetic materials. This material has magnetic properties that allow it to attract ferrous (iron-containing) materials. 2. Adhesive Backing: One side of the magnet sheet is coated with an adhesive backing. This adhesive can vary in strength and type, depending on the intended application. Common adhesive types include acrylic-based adhesives, rubber-based adhesives, or foam adhesives. 3. Flexibility: Self-adhesive magnet sheets are flexible and can be easily cut or trimmed to different shapes and sizes, making them highly customizable for various applications. 4. Magnetization: The magnetic strength or magnetization level of these sheets can vary, and you can choose a magnet sheet with the appropriate magnetic strength for your specific needs. 5. Versatile Applications: Crafts and DIY Projects: Self-adhesive magnet sheets are popular for crafting and DIY projects. They can be used to create magnetic decorations, refrigerator magnets, and other creative items. Signage: These sheets can be used to attach temporary signs or promotional materials to metal surfaces, such as vehicle doors or store shelves. Retail Displays: In retail settings, they can be used to attach pricing labels or promotional signage to metal fixtures. Educational Materials: They are used in educational settings for creating interactive and magnetic teaching aids. Magnetic Closures: They are used in packaging for creating magnetic closures on boxes or folders. Home and Office Organization: Self-adhesive magnet sheets can help with home and office organization by creating magnetic storage solutions for tools, kitchen items, or office supplies. 6. Easy Installation: These magnet sheets are easy to install – simply peel off the protective backing to expose the adhesive and then attach the magnet sheet to the desired surface. 7. Removal: Self-adhesive magnet sheets can typically be removed without leaving a residue, but the ease of removal may depend on the adhesive used.
₹3,657  
The AS ONE Aramid Paper is a specialized material known for its exceptional strength, durability, and insulating properties. Manufactured by AS ONE, a reputable provider of quality products, this aramid paper is utilized in a variety of applications across industries that require high-performance insulation, mechanical reinforcement, and thermal resistance. Aramid paper is crafted from aramid fibers, which are synthetic fibers known for their remarkable tensile strength and heat resistance. These fibers are interwoven and bonded together to create a paper-like material that offers unique properties. The AS ONE Aramid Paper's outstanding mechanical strength makes it a valuable choice for applications where reinforcement and protection are crucial. It is often used as a substrate for electrical insulation in transformers, motors, and other high-voltage equipment, effectively preventing electrical current leakage and ensuring safety. Furthermore, its thermal resistance and fire-retardant properties contribute to its suitability in applications where exposure to heat and flames is a concern. The paper can withstand high temperatures without deteriorating, making it ideal for components in proximity to heat sources. Another advantage of aramid paper is its low dielectric constant, which makes it an excellent insulator for applications involving electromagnetic components, high-frequency equipment, and radio frequency circuitry. The AS ONE Aramid Paper is available in various thicknesses and formats to accommodate different requirements. Its versatility and performance characteristics make it an essential material in industries such as electronics manufacturing, automotive, aerospace, and energy. In conclusion, the AS ONE Aramid Paper showcases the integration of advanced materials into practical solutions. Its strength, insulation capabilities, and thermal resistance make it an integral component in industries where reliability, safety, and performance are paramount.
₹11,327  
As One 6-732-02 A silicone tack sheet, often referred to as a silicone release sheet or silicone-coated release paper, is a type of material consisting of a paper or film substrate that has been coated with a layer of silicone on one or both sides. This coating imparts specific properties that are valuable in various industrial and manufacturing processes. Here are some key details about silicone tack sheets: 1. Silicone Coating: The defining feature of a silicone tack sheet is the silicone coating. Silicone is a synthetic polymer known for its unique combination of properties, including flexibility, heat resistance, and non-stick characteristics. The silicone coating is applied to the substrate using a controlled process to ensure uniform coverage. 2. Substrate Material: The substrate of a silicone tack sheet can vary. It is often made of paper, but it can also be a film or other materials, depending on the application requirements. The choice of substrate can affect factors like strength, thickness, and temperature resistance. 3. Release Properties: The primary function of a silicone tack sheet is to provide a non-stick surface. It acts as a release liner for adhesive materials, coatings, or other substances that may adhere to surfaces. The silicone's non-stick properties ensure that the material can be easily removed without leaving residue. 4. Heat Resistance: Silicone is highly heat-resistant, which makes silicone tack sheets suitable for applications involving heat, such as curing processes in the manufacturing of adhesives, tapes, and composite materials. 5. Versatile Applications: Silicone tack sheets have a wide range of applications, including: Release Liners: They are used as release liners for adhesive tapes, labels, and pressure-sensitive products, allowing easy removal without damage to the adhesive. Composite Manufacturing: Silicone tack sheets are used in the production of composite materials, such as fiberglass or carbon fiber composites, to prevent sticking during curing processes. Adhesive Coating: They are used as backing material for adhesive coatings or as separators between adhesive layers in rolls or sheets. Heat Press Applications: In heat press and transfer printing applications, silicone tack sheets can protect heat-sensitive materials from sticking to the press's heating elements. 6. Customization: Silicone tack sheets can be customized in terms of substrate material, thickness, and size to meet specific manufacturing or application requirements. 7. Reusability: Depending on the application, silicone tack sheets can be reusable. They are often durable and can withstand multiple uses.
Pack of 2 piece
₹3,775  
As One 1-4911-01 Heat-resistant sheets are specialized materials designed to withstand high temperatures without deforming, melting, or losing their structural integrity. These sheets are used in various industrial, scientific, and manufacturing applications where exposure to extreme heat is a concern. Here are key details about heat-resistant sheets: Material Composition: Heat-resistant sheets are typically made from materials known for their high-temperature tolerance. Common materials used include: Silicone Rubber: Silicone rubber sheets are known for their excellent heat resistance, often capable of withstanding temperatures ranging from -60°C to 260°C (-76°F to 500°F). They also offer good flexibility and electrical insulation properties. PTFE (Polytetrafluoroethylene): PTFE sheets, commonly known as Teflon sheets, can endure high temperatures up to 260°C (500°F) while maintaining their nonstick and chemical-resistant properties. They are widely used in cooking, industrial processes, and electrical applications. Vermiculite-Coated Fiberglass: Vermiculite-coated fiberglass sheets are made by laminating layers of fiberglass fabric with a vermiculite coating. This combination offers excellent heat resistance and can withstand temperatures up to 1,000°C (1,832°F). Thickness and Size: Heat-resistant sheets come in various thicknesses and sizes to suit different applications. Thicker sheets may offer better insulation properties and higher heat resistance. Applications: Industrial Insulation: Heat-resistant sheets are used as insulating materials in industrial settings to protect equipment, pipes, and machinery from extreme temperatures. They help conserve energy and maintain safe working conditions. Gasket and Sealing: They are used to create gaskets and seals in high-temperature environments, preventing leaks and ensuring the integrity of the sealing mechanism.
₹7,433  
As One 6-732-03 A silicone tack sheet, often referred to as a silicone release sheet or silicone-coated release paper, is a type of material consisting of a paper or film substrate that has been coated with a layer of silicone on one or both sides. This coating imparts specific properties that are valuable in various industrial and manufacturing processes. Here are some key details about silicone tack sheets: 1. Silicone Coating: The defining feature of a silicone tack sheet is the silicone coating. Silicone is a synthetic polymer known for its unique combination of properties, including flexibility, heat resistance, and non-stick characteristics. The silicone coating is applied to the substrate using a controlled process to ensure uniform coverage. 2. Substrate Material: The substrate of a silicone tack sheet can vary. It is often made of paper, but it can also be a film or other materials, depending on the application requirements. The choice of substrate can affect factors like strength, thickness, and temperature resistance. 3. Release Properties: The primary function of a silicone tack sheet is to provide a non-stick surface. It acts as a release liner for adhesive materials, coatings, or other substances that may adhere to surfaces. The silicone's non-stick properties ensure that the material can be easily removed without leaving residue. 4. Heat Resistance: Silicone is highly heat-resistant, which makes silicone tack sheets suitable for applications involving heat, such as curing processes in the manufacturing of adhesives, tapes, and composite materials. 5. Versatile Applications: Silicone tack sheets have a wide range of applications, including: Release Liners: They are used as release liners for adhesive tapes, labels, and pressure-sensitive products, allowing easy removal without damage to the adhesive. Composite Manufacturing: Silicone tack sheets are used in the production of composite materials, such as fiberglass or carbon fiber composites, to prevent sticking during curing processes. Adhesive Coating: They are used as backing material for adhesive coatings or as separators between adhesive layers in rolls or sheets. Heat Press Applications: In heat press and transfer printing applications, silicone tack sheets can protect heat-sensitive materials from sticking to the press's heating elements. 6. Customization: Silicone tack sheets can be customized in terms of substrate material, thickness, and size to meet specific manufacturing or application requirements. 7. Reusability: Depending on the application, silicone tack sheets can be reusable. They are often durable and can withstand multiple uses.
Pack of 1 piece
₹16,519  
AS ONE Heat Resistant Sheet – Safeguard Your Surfaces in High-Temperature Environments. Engineered for professionals who require reliable protection against extreme heat, this heat-resistant sheet by AS ONE offers a specialized solution for industries such as manufacturing, automotive, and construction.In environments where high temperatures pose a risk to surfaces and equipment, the AS ONE Heat Resistant Sheet serves as an essential safeguard. This meticulously designed sheet is crafted from advanced materials capable of withstanding intense heat, making it ideal for various applications, including insulation, heat shielding, and surface protection.Engineered with precision and advanced heat-resistant technology, the AS ONE Heat Resistant Sheet aligns with the demands of professionals who prioritize the safety and longevity of their equipment and surfaces in extreme conditions. Its specialized design offers a dependable means of protecting against heat-related damage and ensuring that surfaces remain intact and functional.With its user-friendly compatibility and exceptional heat resistance, this sheet empowers you to address high-temperature challenges with confidence, safeguarding your assets and surfaces from the detrimental effects of extreme heat.Experience the protection and durability offered by AS ONE Heat Resistant Sheet. Elevate your surface protection needs with this precision-engineered solution and redefine your approach to working in high-temperature environments with confidence.
₹848  
As One 1-6133-11 A dedicated transfer sheet is a specialized tool designed for use in various healthcare and patient care settings, including hospitals, nursing homes, and home care. This sheet plays a crucial role in assisting with the safe and comfortable transfer of patients from one surface to another, such as from a bed to a stretcher, wheelchair, or examination table. Typically, a dedicated transfer sheet is made from durable and patient-friendly materials, such as cotton or a blend of fabrics, ensuring both the patient's comfort and the healthcare provider's ease of use. It is often characterized by its rectangular or square shape, with handles or grips attached at strategic points along its edges. The primary purpose of a dedicated transfer sheet is to reduce the risk of injury to both patients and healthcare providers during transfers and repositioning. It allows for smoother, controlled movements, preventing undue strain and friction on the patient's skin and minimizing the physical exertion required by the caregivers. The handles or grips on the transfer sheet provide healthcare providers with secure handholds, enhancing their ability to maintain proper ergonomics and body mechanics during transfers. This, in turn, helps prevent back injuries and other musculoskeletal issues that can result from awkward lifting or positioning of patients. Dedicated transfer sheets are available in various sizes to accommodate different patient needs and care settings. They are an essential part of patient handling and mobility protocols, contributing to the overall safety, comfort, and dignity of patients while facilitating the tasks of healthcare professionals. These sheets are a valuable resource in maintaining the highest standards of patient care and minimizing the risk of injuries associated with patient transfers.
₹21,239  
As One 3-2458-01 High heat-resistant silica cloth sheets, such as the SILTEXR TOMBO No. 8250-1000 Series, are specialized materials designed to withstand extreme temperatures while maintaining their structural integrity. These sheets are commonly used in industrial applications where exposure to high heat, flames, or molten metal is a concern. Here are key details about high heat-resistant silica cloth sheets: Material Composition: Silica Cloth: These sheets are primarily made from silica fibers, which are derived from high-purity silica (SiO2). Silica has exceptional heat resistance properties and can withstand extremely high temperatures without melting or deforming. Temperature Resistance: High heat-resistant silica cloth sheets are known for their ability to withstand temperatures well in excess of 1,000°C (1,832°F). This makes them suitable for applications involving welding, foundry work, furnace insulation, and other high-temperature processes. Features: Fire Resistance: Silica cloth sheets are highly fire-resistant and do not support combustion. They are used in applications where protection from flames and sparks is crucial. Molten Metal Splash Protection: These sheets provide effective protection against splashes of molten metal, making them valuable in foundries and metalworking industries. Low Thermal Conductivity: Silica cloth has low thermal conductivity, which means it does not readily transfer heat. This property makes it suitable for creating heat shields and insulation barriers. Chemical Resistance: Silica cloth is generally resistant to many chemicals and corrosive substances, adding to its durability in harsh industrial environments. Flexibility: Despite its high heat resistance, silica cloth sheets remain flexible and pliable, allowing them to be easily cut, shaped, or molded to fit various applications.
₹4,955  
As One 2-9248-03 A self-adhesive magnet sheet is a versatile and practical magnetic material that combines the characteristics of a flexible magnetic sheet with an adhesive backing. This combination allows you to easily attach magnets to various surfaces without the need for additional adhesives or fasteners. Here are some key details about self-adhesive magnet sheets: 1. Magnetic Material: Self-adhesive magnet sheets are made from a flexible magnetic material, typically a compound of rubber or plastic mixed with ferrite magnet powder or other magnetic materials. This material has magnetic properties that allow it to attract ferrous (iron-containing) materials. 2. Adhesive Backing: One side of the magnet sheet is coated with an adhesive backing. This adhesive can vary in strength and type, depending on the intended application. Common adhesive types include acrylic-based adhesives, rubber-based adhesives, or foam adhesives. 3. Flexibility: Self-adhesive magnet sheets are flexible and can be easily cut or trimmed to different shapes and sizes, making them highly customizable for various applications. 4. Magnetization: The magnetic strength or magnetization level of these sheets can vary, and you can choose a magnet sheet with the appropriate magnetic strength for your specific needs. 5. Versatile Applications: Crafts and DIY Projects: Self-adhesive magnet sheets are popular for crafting and DIY projects. They can be used to create magnetic decorations, refrigerator magnets, and other creative items. Signage: These sheets can be used to attach temporary signs or promotional materials to metal surfaces, such as vehicle doors or store shelves. Retail Displays: In retail settings, they can be used to attach pricing labels or promotional signage to metal fixtures. Educational Materials: They are used in educational settings for creating interactive and magnetic teaching aids. Magnetic Closures: They are used in packaging for creating magnetic closures on boxes or folders. Home and Office Organization: Self-adhesive magnet sheets can help with home and office organization by creating magnetic storage solutions for tools, kitchen items, or office supplies. 6. Easy Installation: These magnet sheets are easy to install – simply peel off the protective backing to expose the adhesive and then attach the magnet sheet to the desired surface. 7. Removal: Self-adhesive magnet sheets can typically be removed without leaving a residue, but the ease of removal may depend on the adhesive used.
₹18,879  
As One 6-732-01 A silicone tack sheet, often referred to as a silicone release sheet or silicone-coated release paper, is a type of material consisting of a paper or film substrate that has been coated with a layer of silicone on one or both sides. This coating imparts specific properties that are valuable in various industrial and manufacturing processes. Here are some key details about silicone tack sheets: 1. Silicone Coating: The defining feature of a silicone tack sheet is the silicone coating. Silicone is a synthetic polymer known for its unique combination of properties, including flexibility, heat resistance, and non-stick characteristics. The silicone coating is applied to the substrate using a controlled process to ensure uniform coverage. 2. Substrate Material: The substrate of a silicone tack sheet can vary. It is often made of paper, but it can also be a film or other materials, depending on the application requirements. The choice of substrate can affect factors like strength, thickness, and temperature resistance. 3. Release Properties: The primary function of a silicone tack sheet is to provide a non-stick surface. It acts as a release liner for adhesive materials, coatings, or other substances that may adhere to surfaces. The silicone's non-stick properties ensure that the material can be easily removed without leaving residue. 4. Heat Resistance: Silicone is highly heat-resistant, which makes silicone tack sheets suitable for applications involving heat, such as curing processes in the manufacturing of adhesives, tapes, and composite materials. 5. Versatile Applications: Silicone tack sheets have a wide range of applications, including: Release Liners: They are used as release liners for adhesive tapes, labels, and pressure-sensitive products, allowing easy removal without damage to the adhesive. Composite Manufacturing: Silicone tack sheets are used in the production of composite materials, such as fiberglass or carbon fiber composites, to prevent sticking during curing processes. Adhesive Coating: They are used as backing material for adhesive coatings or as separators between adhesive layers in rolls or sheets. Heat Press Applications: In heat press and transfer printing applications, silicone tack sheets can protect heat-sensitive materials from sticking to the press's heating elements. 6. Customization: Silicone tack sheets can be customized in terms of substrate material, thickness, and size to meet specific manufacturing or application requirements. 7. Reusability: Depending on the application, silicone tack sheets can be reusable. They are often durable and can withstand multiple uses.
₹5,899  
The AS ONE Aramid Paper is a specialized material known for its exceptional strength, durability, and insulating properties. Manufactured by AS ONE, a reputable provider of quality products, this aramid paper is utilized in a variety of applications across industries that require high-performance insulation, mechanical reinforcement, and thermal resistance. Aramid paper is crafted from aramid fibers, which are synthetic fibers known for their remarkable tensile strength and heat resistance. These fibers are interwoven and bonded together to create a paper-like material that offers unique properties. The AS ONE Aramid Paper's outstanding mechanical strength makes it a valuable choice for applications where reinforcement and protection are crucial. It is often used as a substrate for electrical insulation in transformers, motors, and other high-voltage equipment, effectively preventing electrical current leakage and ensuring safety. Furthermore, its thermal resistance and fire-retardant properties contribute to its suitability in applications where exposure to heat and flames is a concern. The paper can withstand high temperatures without deteriorating, making it ideal for components in proximity to heat sources. Another advantage of aramid paper is its low dielectric constant, which makes it an excellent insulator for applications involving electromagnetic components, high-frequency equipment, and radio frequency circuitry. The AS ONE Aramid Paper is available in various thicknesses and formats to accommodate different requirements. Its versatility and performance characteristics make it an essential material in industries such as electronics manufacturing, automotive, aerospace, and energy. In conclusion, the AS ONE Aramid Paper showcases the integration of advanced materials into practical solutions. Its strength, insulation capabilities, and thermal resistance make it an integral component in industries where reliability, safety, and performance are paramount.
₹1,533  
A magnetic strip, also known as a magnetic stripe, is a thin, narrow piece of magnetic material affixed to a plastic or paper substrate. It is commonly used in various applications for data storage and retrieval, primarily through the use of magnetic stripe card readers. Here are some key details about magnetic strips: 1. Material: Magnetic strips are typically made of a ferrous material that is coated with a layer of magnetic oxide. The most commonly used material for magnetic strips is a flexible plastic tape with a magnetic coating, often composed of iron oxide particles. 2. Magnetic Encoding: Information is stored on the magnetic strip by magnetizing small regions along the strip in a specific pattern. This magnetization pattern represents data that can be read by magnetic stripe card readers. 3. Types of Magnetic Strips: LoCo (Low-Coercivity) Magnetic Strips: LoCo magnetic strips have a lower coercivity, which means they are less resistant to demagnetization. These are typically used for applications with lower security requirements, such as hotel room keys and membership cards. HiCo (High-Coercivity) Magnetic Strips: HiCo magnetic strips have a higher coercivity, making them more resistant to demagnetization. They are used for applications requiring higher security, such as credit cards, debit cards, and access control cards. 4. Information Storage: Magnetic strips can store various types of data, including: Credit Card Data: Credit card magnetic strips store information such as the cardholder's name, account number, expiration date, and often a security code. Identification Data: Magnetic strips on identification cards, such as driver's licenses, may store the cardholder's personal information, such as name, date of birth, and address. Access Control: Magnetic strips on access cards can store information that grants or restricts access to specific areas or facilities. 5. Magnetic Stripe Card Readers: To access the data stored on a magnetic strip, a magnetic stripe card reader is used. These devices read the magnetization pattern on the strip and convert it into digital information that can be processed by a computer or a control system. 6. Wear and Durability: Magnetic strips are subject to wear and can be demagnetized if exposed to strong magnetic fields or physical damage. Over time, the data on magnetic strips may become less reliable, which has led to the adoption of alternative technologies like EMV (chip cards) for credit card transactions. 7. Versatility: Magnetic strips are still widely used in various applications due to their low cost and simplicity. However, they are gradually being replaced by more secure and durable technologies in certain industries. 8. Security Considerations: Magnetic stripe technology has certain security vulnerabilities, as the data on the strip can be easily copied if not properly protected. Chip cards (EMV) offer enhanced security features to counteract these vulnerabilities.
₹4,837  
As One 2-2148-12 ASPURE adhesive sheets for air showers are essential components in cleanroom technology, designed to maintain the utmost cleanliness and particle control within controlled environments. These adhesive sheets play a pivotal role in air shower systems, ensuring that personnel entering cleanrooms or controlled areas do not carry contaminants or particles on their clothing or shoes. Comprising multiple layers of specially formulated adhesive film, these sheets are strategically placed on the floor at the entrance of the air shower chamber. As personnel walk over them, any particles or debris on their footwear or garments adhere to the surface of the adhesive sheet. This action effectively prevents contaminants from entering the controlled space, guaranteeing the preservation of the sterile environment. ASPURE adhesive sheets are engineered to offer high adhesive strength while remaining easy to peel off and replace, ensuring a constant level of cleanliness within the cleanroom. They are typically made from low-particulate materials to prevent shedding and are designed to be compatible with cleanroom-specific footwear. These adhesive sheets are a critical component of contamination control protocols in industries such as pharmaceuticals, electronics manufacturing, aerospace, and biotechnology. They help maintain compliance with stringent cleanliness standards and minimize the risk of product defects or compromised research outcomes. In summary, ASPURE adhesive sheets are indispensable tools in ensuring the pristine conditions of cleanrooms and controlled environments. Their ability to effectively capture and retain contaminants makes them a key element in safeguarding the integrity of sensitive processes and products conducted within these critical settings.
₹12,979  
As One 1-7927-12 The term "BKM-0620X" refers to a specific piece of equipment designed for monitoring and recording data in the context of blood cold storage. This equipment is crucial in healthcare, laboratory, and storage settings where the precise temperature control of blood and blood products is essential for maintaining their quality and safety. Function: The primary function of the BKM-0620X equipment is to monitor and record temperature and other critical data within blood cold storage units or refrigerators. Proper temperature control is paramount to ensure the integrity of blood products, which are used in various medical procedures and treatments. Features: The BKM-0620X likely incorporates several important features: Digital Temperature Monitoring: The equipment is equipped with sensors to continuously monitor the temperature inside the storage unit. Digital displays provide real-time temperature readings. Data Logging: It has data logging capabilities to record temperature data over time. This information is crucial for quality control, compliance, and monitoring temperature trends. Alarms: Alarms are often included to alert personnel when temperature deviations occur outside of specified ranges. These deviations can indicate potential issues with the storage unit or cooling system. Record Keeping: The equipment may have the capability to produce records or logs, either on paper or electronically, for documentation and compliance purposes. Accurate record-keeping is essential in healthcare and laboratory settings. User-Friendly Interface: It is likely designed with an intuitive user interface to make it easy for operators to monitor and manage temperature data. Application: BKM-0620X equipment is commonly used in various healthcare settings, including: Blood Banks: Where blood and blood products are stored before transfusions and medical procedures. Pharmaceutical Storage: For the safekeeping of temperature-sensitive pharmaceuticals and vaccines. Laboratories: In research and diagnostic laboratories where controlled storage conditions are essential for maintaining the integrity of samples and reagents. Compliance: Many such monitoring systems are designed to meet regulatory and quality standards set by organizations like the FDA and AABB (formerly known as the American Association of Blood Banks). Compliance with these standards is essential for ensuring the safety and efficacy of stored blood and blood products. Continuous monitoring and documentation of temperature conditions are key elements of these standards.
₹15,339  
As One 3-2543-01 PTFE impregnated glass sheet refers to a specialized material that combines the properties of PTFE (Polytetrafluoroethylene) and glass to create a versatile and durable sheet. This material is used in various industrial and engineering applications due to its unique characteristics. Here are some key details about PTFE impregnated glass sheets: Material Composition: PTFE impregnated glass sheets are composed of a glass fabric or mat that is impregnated or coated with PTFE resin. This impregnation process involves saturating the glass fabric with PTFE, which is a synthetic fluoropolymer known for its chemical resistance and low-friction properties. Characteristics: Chemical Resistance: PTFE impregnated glass sheets inherit the excellent chemical resistance of PTFE. They are resistant to a wide range of chemicals, acids, and bases, making them suitable for use in corrosive environments. Low Friction: PTFE's low coefficient of friction provides the sheets with excellent non-stick properties. This reduces friction between surfaces and prevents materials from sticking to the sheets. High Temperature Resistance: PTFE impregnated glass sheets can withstand high temperatures without significant degradation. They have a broad temperature range, typically from -100°C (-148°F) to 260°C (500°F), depending on the specific PTFE grade used. Electrical Insulation: They offer good electrical insulation properties and are often used in electrical applications where non-conductive materials are required. Dimensional Stability: Glass reinforcement provides dimensional stability and strength to the sheets, allowing them to maintain their shape and integrity under various conditions. Applications: PTFE impregnated glass sheets find application in a variety of industries and settings, including: Gaskets and Seals: They are used to create durable and chemically resistant gaskets and seals for industrial equipment, pumps, and valves. Bearing Pads: PTFE impregnated glass sheets are employed as bearing pads to reduce friction and wear in machinery and structural components. Liners: They are used as liners in chutes, hoppers, and tanks to prevent material buildup and reduce friction during material handling. Electrical Insulators: These sheets are used as electrical insulators, particularly in high-temperature and chemically harsh environments. Chemical Processing: In the chemical industry, PTFE impregnated glass sheets are used in equipment such as columns, vessels, and agitators for their chemical resistance. Food Processing: They are employed in food processing equipment due to their non-stick properties and resistance to food acids and chemicals. Automotive: In the automotive industry, they can be used as anti-squeak and anti-rattle materials in vehicle interiors. Customization: PTFE impregnated glass sheets come in various thicknesses, sizes, and grades to meet specific application requirements. In summary, PTFE impregnated glass sheets combine the chemical resistance and low-friction properties of PTFE with the strength and dimensional stability of glass. This makes them valuable in a wide range of industries for applications requiring durable and chemically resistant materials.
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Trimurti 91.44 x 1524 cm (3x50 Ft) Galvanized Iron POP Wire Mesh 8 Kg Color Silver | Length 50 ft ₹2,241 4 days --
CUMI Cannon 100 Fine Grit Plain Weave Emery Cloth 220x280 mm, P299 (Pack of 50) Abrasive Material Emery | Grit Size 100 ₹1,049 6 days 2.36% OFF
CUMI Cannon 36 Coarse Grit Plain Weave Emery Cloth 220x280 mm, P299 (Pack of 50) Abrasive Material Emery | Grit Size 36 ₹1,887 6 days --
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Trimurti 91.44 x 762 cm (3x25 Ft) Galvanized Iron POP Wire Mesh 4 Kg -- ₹1,084 4 days --
CUMI Cannon 40 Coarse Grit Plain Weave Emery Cloth 220x280 mm, P299 (Pack of 50) Abrasive Material Emery | Grit Size 40 ₹1,887 3 days 100% OFF
CUMI Cannon 180 Extra Fine Grit Plain Weave Emery Cloth 220x280 mm, P299 (Pack of 50) Abrasive Material Emery | Grit Size 180 ₹1,002 6 days 0.92% OFF
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This data was last updated on 05/12/2025