Activated carbon (also known as active carbon or activated charcoal), is an artificial carbonaceous (carbon-rich) material. It is typically made from wood, but also can be made using bamboo, coconut husk, peat, woods, coir, lignite, coal, pitch, and other dense carbon sources. There are a variety of similar substances that fall under the general classification of activated carbon such as activated coal and activated coke, but they all share the properties of vast surface area per mass, exceptional microporosity, and a composition of almost exclusively elemental carbon. The pore structure of activated carbon can be seen with an electron microscope and is primarily responsible for its usefulness. Microscopes show a surface honeycombed with holes and crenelated with ridges which join to a similar structure deeper within the carbon. Due to this structure, a pound of activated carbon, for instance, can have as much as 100 acres of surface area packed into it. These small, low-volume pores allow for increased adsorption capacity (the process of chemical surface bonding, not to be confused with absorption) and allow more reactions between the carbon and other media. Activated carbon is therefore highly valued in filtering, deodorization, medical, and chemical applications, as most contaminants easily bind to it and remain trapped in the carbon microstructure via many small distance-dependent atomic attractions (known as London dispersion forces). Because carbon is produced through a relatively inexpensive and simple series of activation processes, it is widely available for applications; however, activated carbon must be constantly changed as it becomes clogged with contaminants, water, and becomes a breeding ground for dangerous microorganisms after a certain contact time. This means activated carbon is constantly produced to meet the demands of its uses and is kept in large supply to ensure no delay exists in the replacement process. How to Make Activated Carbon The production process of activated carbon, or the activation of carbon, exists in two forms. A carbonaceous source such as wood, coal, peat, or any organic carbonaceous material is carbonized, which means the pure carbon is extracted by a heating method known as pyrolysis. Once the material is carbonized, the material needs to be oxidized or treated with oxygen either by exposure to CO2 or steam or by an acid-base chemical treatment. The sections below will briefly detail these processes.
Spices Of Sri Lanka Red chili , coriander, cumin, fennel, turmeric, black pepper, cinnamon, mustard, garlic, ginger, gamboge, curry leaves, lemon grass, nutmeg-cloves, tamarind, vanilla. Sri Lanka exports around 30,000 tons of various kinds of spices annually. The spices from Sri Lanka mainly include Ceylon Cinnamon, Ceylon Pepper, Ceylon Cloves, Ceylon Cardamom, Ceylon Nutmeg, as well as mace, Vanilla. What is the history of spices in Sri Lanka? Sri Lankan spices were well recognized in the world for more than 6000 years. A plethora of herbs and spices were accumulated on this island, and the Arabs and Indonesian Moors had the earliest trade monopoly over them. Ceylon spices, especially Cinnamon, were a commodity in high demand. There is no harm in introducing Sri Lanka as the land of spices. The bond that this splendid island has with spices is that much immense. The wonderful stories from the past, and even the flavor taste of Sri Lankan food will surely probe the fact for you. Besides people all around the world lobe spokes from Sri Lanka. Hence, we thought of sharing with you all about the spice trade of this beautiful island. Ceylon (Sri Lanka) spices especially cinnamon were a commodity in high demand. History reveals that Arabism merchants would travel from Asia to Africa and then to Europe portrays Ceylon as the land of spices. Among all other spices accumulated on the island, cinnamon is the most popular and reckoned in the world. Cinnamon is in high demand because of its sweet taste and aroma. Ceylon cinnamon is distinguished from Cassia cinnamon due to its light texture and exotic aroma. Also Ceylon cinnamon has less coumarin an ingredient that has dangerous side effects if consumed in high concentration. Because of its anti-inflammatory properties and ability to lower blood glucose levels, cinnamon flavored tea is becoming popular as cinnamon has an array of health benefits.
Natural Sericin Powder SERICIN is a protein created by silkworms (Bombyx mori L) during the production of silk, it has a high hydroxy amino acid content which is important for the water-binding capacity which regulates the skinâ??s moisture content. SERICIN also has a unique repetitive amino acid sequence which gives it a high affinity for bonding to adhering proteins resulting in a tightening, anti-wrinkle effect. Additionally SERICIN leaves a substantive semi-occlusive film that persists even after washing and increases the skin permeability because of its high molecular weight. Silk sericin in fact occurs in numerous applications which have properties in developing biomedical, pharmaceutical, and food products. In addition, sericin is also characterized by its high content of serine, 18 amino acids, and other vital amino acids that are essential to keeping skin healthy. With these amazing amino acids in sericin, the skin can fully absorb the nutrient elements from the product, resulting in increasing skin elasticity and collagen production. Furthermore, it also has a combination of many unique properties such as biodegradability, nontoxicity, oxidation resistance, antimicrobial activity, UV resistance, and sealing in moisture. Function: 1. Sericin powder is a functionally prominent nutrient with a higher nutritional value 2. Sericin powder has detoxication effects for some aromatics which can cause cancer 3. Sericin powder helps promote the metabolism of alcohol in the human body and protects the liver 4. Sericin powder can also repair and nurse the hair injured besides chemic through penetrating the interior of scathing hair squama 5. Sericin powder can keep and adjust moisture, prevent skin from ultraviolet radiation, restrain splash generation, and facilitate anti-aging for skin.
Description Two-component acrylic aromatic polyurethane finish coating Recommended Use :- This product is a topcoat along with recommended undercoats for use in chemical plants, fertilizer plants, petrochemical and pharmaceutical complex, power plants, cement plants, steel plants, heavy chemicals and off-shore and on-shore industries. It is recommended for very high chemical resistance and for areas not exposed to direct sunlight. Product is also recommended for application over suitable primer for OEM industry. Physical Data COLOUR : Assorted shades FINISH : Glossy / Semi glossy / Matt SOLIDS BY VOLUME : 40 ± 3% (Depends on shade) THEORETICAL SPREADING RATE : 13.33 sq.mt / lt at recommended DFT of 30 µ FLASH POINT : Base : Above 23 C Hardener : Above 23 C DRYING CHARACTERISTICS (At 30�° C and 65% Relative humidity) : SURFACE DRY : 30 minutes max HARD DRY : Overnight FULL CURE : 7 DAYS. SHELF LIFE : BASE : 6 months HARDENER : 6 months Surface Preparation The surface of primer or intermediate coats, over which this product is applied as topcoat, should be free from oil, moisture, dust and dirt. Aged coatings should be roughened by emery paper grade 400 / 600 for better bonding. Application Data :- MIXING RATIO : Base : Hardener (As per our recommendation) APPLICATION : By Brush / By Conventional spray / By Airless Spray THINNER : Type 290 POT LIFE : 3 hours min at 30 C RECOMMENDED DFT : 30-40 µ. OVERCOATING INTERVAL : MIN : 8 hours MAX : 24 hours COMPATIBILITY : Can be applied over Epoxy and Polyurethane primers, intermediate coats and topcoats.
Description Two-component Air Drying Acrylic Aliphatic, Non Yellowing polyurethane finish coating. Recommended Use :- This product has excellent weathering resistance additionally it offers excellent resistance to various industrial chemical fumes and splash. This product is recommended as topcoat with suitable primers and undercoats for use in High Chemical & Saline atmosphere for better aesthetics and corrosion resistance in Chemical, Fertilizers, Petrochemical, industrial plants and also for premium industrial equipments. Not recommended for immersion application. Physical Data COLOUR : Industrial Shades FINISH : Glossy / Semi-glossy SOLIDS BY VOLUME : 40 + 3% (Depends on shade) THEORETICAL SPREADING RATE : 13.33 sq.mt / ltr @ recommended DFT of 30 FLASH POINT : Base : Above 23 C Hardener : Above 23C DRYING CHARACTERISTICS (At 300 C & 65% Relative Humidity) : SURFACE DRY : 30 minutes max HARD DRY : Overnight FULL CURE : 7 Days SHELF LIFE : BASE : 6 months HARDENER : 6 months Surface Preparation This being a topcoat, which is applied over, primer or intermediate coats, the surface should be free from oil, moisture, dust and dirt. Aged epoxy / PU coating should be roughened by emery paper grade 400 / 600 for better bonding. Application Data :- MIXING RATIO : Base: Hardener - As per our recommendations APPLICATION : By Brush / By Conventional Spray / By Airless Spray THINNER : Type 290 POT LIFE : 4 hours min at 30C RECOMMENDED DFT : 30- 40 . OVERCOATING INTERVAL : MIN : 8 hours MAX : 24 hours COMPATIBILITY : Can be applied over Epoxy and Polyurethane primers, intermediate coats and topcoats.
Description Two Component, Air-drying, Epoxy Polyamide Cured Finish Paint. Recommended Use :- It Is Recommended As A Top Coat For Structures, Pipelines, Vessels, Equipments And Machineries, Storage Tanks Etc. In Fertilizers And Chemical Plant, Cement Plants, Power Plants, Steel Plants, Pharmaceutical And Petrochemical Complexes, Refineries Etc. Product Is Also Recommended For Application Over Suitable Primer For Oem Industry Like Machine Tools, Pumps, Machineries, Transformers Etc. Physical Data Colour : assorted Shades Finish : glossy / Semi Glossy Solids By Volume : 40 +3% (depends On Shade) Theoretical Spreading Rate : 13.33 Sq.mt / Ltr At Recommended Dft Of 30 au Flash Point : base: Above 23 C Hardener: Above 23 C Drying Characteristics (at 30'c And 65% Relative Humidity) : hard Dry : Overnight Full Cure : 7 Days Shelf Life : base : 6 Months Hardener : 6 Months Surface Preparation This Being A Topcoat, Which Is Applied Over, Primer Or Intermediate Coats, The Surface Should Be Free From Oil, Moisture, Dust And Dirt. Aged Epoxy / Pu Coating Should Be Roughened By Emery Paper Grade 400 / 600 For Better Bonding. Application Data :- Mixing Ratio : base : Hardener (as Per Our Recommendation) Application : by Brush / By Conventional Spray / By Airless Spray Thinner : 190 Pot Life : 4-6hrs Min At 30 C Recommended Dft : 30-40 U Over Coating Interval : min : 8 Hours Max : 24 Hours Compatibility : can Be Over Coated With Pu, Chlorinated Rubber And Synthetic Enamel Paints.
Description Two component, air-drying, Epoxy polyamide cured finish paint. Recommended Use :- It is recommended as a top coat for structures, pipelines, vessels, equipments and machineries, storage tanks etc. in fertilizers and chemical plant, cement plants, power plants, steel plants, pharmaceutical and petrochemical complexes, refineries etc. Product is also recommended for application over suitable primer for OEM industry like machine tools, pumps, machineries, transformers etc. Physical Data COLOUR : Assorted Shades FINISH : Semi glossy SOLIDS BY VOLUME : 40 �± 3% (Depends on shade) THEORETICAL SPREADING RATE : 13.33 sq.mt / ltr at recommended DFT of 30 �µ FLASH POINT : Base: Above 23�° C Hardener: Above 23�° C DRYING CHARACTERISTICS : SURFACE DRY : 90 minutes max HARD DRY : Overnight FULL CURE : 7 Days SHELF LIFE : BASE : 6 months HARDENER : 6 months Surface Preparation This being a topcoat, which is applied over, primer or intermediate coats, the surface should be free from oil, moisture, dust and dirt. Aged epoxy / PU coating should be roughened by emery paper grade 400 / 600 for better bonding. Application Data :- MIXING RATIO : Base : Hardener (As per our recommendation) APPLICATION : By Brush / By Conventional Spray / By Airless Spray THINNER : 190 POT LIFE : 4-6hrs min at 30 �° C RECOMMENDED DFT : 30-40 �µ OVER COATING INTERVAL : MIN : 8 hours MAX : 24 hours COMPATIBILITY : Can be over coated with PU, Chlorinated rubber and synthetic enamel paints.
Description Two component air drying aromatic polyurethane finish coating Recommended Use :- It is recommended as topcoat for Original Equipment Machines, Hygienic, Maintenance painting where mild chemical resistance along with good abrasion resistance and decorative finish are required. Sometimes it is recommended as undercoat of finish coats application for economic benefits. Physical Data COLOUR : Assorted shades FINISH : Glossy / Semi glossy / Matt SOLIDS BY VOLUME : 40 �± 3% (Depends on shade) THEORETICAL SPREADING RATE : 13.33 sq.mt / lit at recommended DFT of 30 FLASH POINT : Base : Above 23C Hardener : Above 30C DRYING CHARACTERISTICS : SURFACE DRY :20 - 30 minutes (At 30C and 65% Relative humidity) HARD DRY : Overnight FULL CURE : 7 days SHELF LIFE : BASE : 6 months HARDENER : 6 months Surface Preparation This being a Topcoat, which is applied over underneath primer or intermediate coats, the surface should be free from oil, moisture, dust and dirt. Aged coatings should be roughened by emery paper grade 400 / 600 followed by solvent wipe for better bonding. Application Data :- MIXING RATIO : Base : Hardener (As per our recommendation) APPLICATION : By Brush / By Conventional spray / By Airless Spray THINNER : Type 290 POT LIFE : 3 hours min at 30 C RECOMMENDED DFT : 30-40 OVERCOATING INTERVAL : MIN : 8 hours MAX :24 hours COMPATIBILITY : Can be applied over Epoxy and Polyurethane primers, intermediate coats and topcoats.
Lacquered Glass Lacquered Glass is made by the top quality clear float or ultra-clear float glass, to achieve the perfect shade as you specify, by through depositing a coating of highly durable and resistant lacquer onto the flat and smooth surface of the glass one side, then by carefully baking into furnace which is constant temperature, permanently bonding the lacquer onto the glass. Lacquered Glass has all the features of the original float glass, but also supplied wonderful opaque and colorful decorative application. Lacquered glass, also known as back-painted glass, offers several benefits due to its unique properties and applications. Here are some of the advantages of using lacquered glass Aesthetic Appeal: Lacquered glass has a sleek and modern appearance. It is available in a wide range of colors and finishes, allowing designers to create visually striking and customized interiors. Color Consistency: The manufacturing process of lacquered glass ensures uniform color and finish, providing a consistent and high-quality appearance throughout the glass panel. Easy to Clean: Lacquered glass surfaces are smooth and non-porous, making them easy to clean and maintain. Regular glass cleaners or mild soapy water can be used to remove smudges and stains. Hygienic: The smooth and non-porous surface of lacquered glass makes it a hygienic choice for applications in areas where cleanliness is crucial, such as kitchens and bathrooms. Durability: The lacquer coating on the back of the glass is protected from wear and damage, ensuring that the color and finish remain intact over time. Moisture Resistance: Lacquered glass is resistant to moisture and humidity, making it suitable for use in areas with high moisture levels, such as bathrooms and wet rooms. Customization: It can be customized in terms of color, size, and shape to fit specific design requirements. This flexibility allows for creative and unique interior design solutions. Light Reflection: Lacquered glass can enhance the reflection of natural and artificial light, helping to brighten up spaces and make them appear more spacious.
Brief Introductions: Type: 1A8 Bond: Resin Application: For grinding D2 and HSS Specification: Customized Brand Mark: Moresuperhard Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Introductions of Moresuperhard Resin CBN Internal Grinding wheel Grinding of con-rods ends in the auto industry Grinding of hydraulic and pneumatic cylinders CVJ ball-cage, inner and outer raceway Hydraulic tappet of automobile motor Grinding of bores of inner rings Grinding of gears bores, collects Pump stator of automobile, grinding of gun barrels Roller, cylinder, flange cover of air-condition compressor Grinding of inner and outer faces of ball & roller bearings Regular Size of Internal Grinding Wheels D25*T12*H6*X6 D25*T24*H6*X6 D30*T12*H6*X6 D30*T24*H12*X6 D35*T24*H6*X6 D40**T12*H6*X6 D40*T24*H12*X6 D50*T24*H12*X5 D50*T24*H12*X10 D60*T6*H16*X10 D75*T24*H12*X10 D100*T12*H12*X10 D100*T24*H12*X10 D125*T25*H12*X10 D150*T25*H12*X10 Special size can be design according to customers requirement Advantages of Moresuperhard Resin CBN Internal Grinding wheel High grinding efficiency High grinding precision Good consistency of workpiece size Long service life of grinding wheel Service: Detailed Specifications can be customized! Provide after-sales service. Technical support on usage. Return and exchange of products for non-human reasons. About us: MORESUPERHARD is a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, MORESUPERHARD is tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
As a leading manufacturer of Hydroxypropyl Methylcellulose (HPMC), Yicheng is dedicated to providing top-notch construction materials that elevate the quality and efficiency of your projects. We specialize in producing HPMC, a key ingredient widely used in the construction industry for its exceptional performance and versatility. With our commitment to excellence, we aim to become your trusted partner, offering preferential prices for bulk purchases, and catering to construction material manufacturers, contractors, and distributors. Application of HPMC in Construction Industry At Yicheng, we take pride in producing HPMC of the highest standards, ensuring superior quality and consistent performance in every batch. Our HPMC is a cellulose-based, non-ionic polymer that exhibits remarkable water retention, thickening, and adhesion properties. Its unique molecular structure provides numerous benefits for construction applications, making it an indispensable component in a wide range of products, including: Tile Adhesives and Grouts: Yicheng HPMC improves the workability and adhesion of tile adhesives, enhancing bond strength and preventing tile movement over time. It also reduces water absorption, ensuring long-lasting durability and resistance to harsh environments. Cement-Based Renders and Plasters: Our HPMC acts as a powerful thickener, allowing for better workability and enhanced sag resistance of cement-based renders and plasters. It contributes to improved coverage, reducing the risk of cracks and ensuring a smooth and aesthetically pleasing finish. Gypsum-Based Products: Yicheng HPMC is an essential ingredient in gypsum-based materials, such as joint compounds and gypsum plasters. It improves open time, enhances workability, and provides excellent slip resistance, enabling easier application and reducing wastage. Self-Leveling Compounds: With our HPMC, self-leveling compounds achieve optimal leveling properties while maintaining stability and flow control. It enhances the self-leveling performance, allowing for smooth and even surfaces, ideal for flooring installations.
Silicon Carbide Heating ElementDescription Silicon Carbide Heating Element can be installed and replaced while the tin bath is operation. The heaters can be installed through the side-seal, or through the side of the bath roof, and are commonly used to extend campaign lives, where conventional elements in the side zones have been broken, and insufficient power is available. Silicon Carbide Heating Element Advantages High purity raw materials; High structural density; Slow aging; Maximum temperature being up to 1500â?? (2732�°F); Easy to be installed and replaced. Types and Applications of Silicon Carbide Heating Element 1. SW (Standard) SW Silicon Carbides are used in applications ranging in temperature from 600�°C up to 1400�°C in both air and controlled atmospheres. Although the type of atmosphere used will determine the maximum recommended element temperature. This kind of silicon carbide elements can be mounted either vertically or horizontally. 2. U-TYPE U shape Silicon Carbide is consists of two silicon carbide rod with same diameter. Each rod has both hot zone and cold end with identical resistance. Two rods are connected by the low resistance SiC. Also the connector could be used as holder according to different requirements. 3. W-TYPE 3-phase elements are available in 2 different types: SGC (Dumbbell), SGD(Standard). These elements are self-bonded silicon carbide formed by re-crystallization of silicon carbide at high temperature. It consists of three high-purity silicon carbide rods connected at one end by a silicon carbide crossbar. SGC elements are designed for vertical installation in standard float glass bathes and SGD elements for horizontal installation. They can be connected directly on three-phase power supply and is a one-side terminal type which permits drawing out the terminals from the roof of the furnace. 4. Single Spiral Silicon Carbide and Double Spiral Silicon Carbide: They are made from silicon Carbide powder, and have two shapes: single and double sprial silicon carbide heating element. They are widely used in all kinds of kilns and furnaces.
TOPTITECH sintered wire mesh filter is composed of multiple layers of sintered wire mesh panels that are heated, pressed, and bonded together using high-temperature vacuum sintering, argon arc, or plasma welding. The size and distribution of the holes are determined by the selection of wire diameter, mesh size, mesh layer, and weaving method of the wire mesh. The sintered wire mesh filter is the ideal material for filtering because of the superior mechanical qualities produced by the manufacturing process. The standard product is typically made up of five layers, but it can be customized to include six or seven layers upon customer request. A protection layer, a filter layer, a dispersion layer, and a skeleton layer make up the standard five-layer sintered mesh. This filter material is ideal for applications that require high compressive strength and uniform filtration precision. It provides a surface filtration method, and the mesh channel is smooth, resulting in good backwash regeneration performance and the ability to be reused for a long time. The material is easy to form, process, and weld, and can be made into various filter elements such as round, cylindrical, conical, and corrugated shapes. Products Parameters Material: SUS 316L Diameter: 308mm Length: 260mm Filtration accuracy: 10um Features: High filtration efficiency: Sintered wire mesh cylinders have a high filtration efficiency due to their uniform pore size and excellent permeability. They are capable of removing particles down to a certain micron level, depending on the specific filtration requirements. Uniform and stable precision: The sintered wire mesh cylinder achieves uniform and consistent filtration performance across all filtration precisions, and the mesh retains its shape during use. Wide range of applications: Suitable for filtration in environments ranging from -200C to 600C, and in acidic or alkaline environments. Excellent cleaning performance: This filter material can be used repeatedly and has a long service life, as it can be cleaned through countercurrent water, filtrate, ultrasonic, dissolution, baking, and other methods. Applications: Purification and Filtration of Liquid & GasSeparation and recovery of solid particle Transpiration cooling under high temperature Noise Reduction Fluidized Beds Chemical fiber filtration Chemical Processing
Specification: Printed Tape 1. Material: - The tape is made of high-quality polypropylene (PP) film. - The adhesive used is a strong acrylic-based adhesive. 2. Dimensions: - Width: We offer slit to width capabilities for customers seeking custom width rolls of pressure sensitive adhesive tapes. We can convert adhesive tape into rolls that meet customer requirement, Our slitting machines are designed to convert jumbo rolls of up to 1600mm width into hand and machine rolls with superb finishing. 3. Color and Design: - The tape is printed with a custom design, logo, or message of your choice. - Full-color printing is available, allowing for vibrant and eye-catching designs. - The design can be printed on a solid-colored background or transparent background. 4. Adhesive Properties: - The acrylic-based adhesive provides excellent adhesion to various surfaces, including cardboard, paper, plastic, and metal. - It offers high tackiness and strong bonding strength. - The adhesive is resistant to temperature changes, ensuring secure sealing in different environments. 5. Durability: - The tape is designed to withstand regular handling and transportation. - It has good resistance to tearing, splitting, and abrasion. - The adhesive maintains its effectiveness even in humid conditions. 6. Application: - The printed tape is primarily used for packaging and sealing purposes. - It can be used for branding, marketing, and promotional activities, as the custom print helps create brand visibility. - Suitable for both manual and automated packaging processes. 7. Compatibility: - The tape is compatible with standard tape dispensers for easy and efficient application. 8. Packaging: - The tape is usually supplied in rolls, individually wrapped in plastic or shrink wrap to ensure protection from dust and moisture. - The rolls can be packaged in bulk cartons or shrink-wrapped packs, depending on the customer's requirements. 9. Customization: - Custom printing options are available, allowing for personalized designs, logos, and messages. - Different printing techniques, such as flexographic or digital printing, can be used based on the complexity and desired quality of the design.
Brief Introductions: Type: Non-standard Bond: Brazed Application: Machining Steel Specification: Customized Packages: Hard carton Delivery Time: 15 workdays by express grinding wheel vacuum brazed diamond blades adopt vacuum brazing technique, the toughness of diamond can be exploited fully, every diamond grit receives reasonable strength, making the diamond blades sharp and durable. Vacuum brazed blades are suitable for cutting granite, marble, aluminum, Cast Iron, copper pipe, corrugated Roofing, drywall, ductile iron pipe, fire door, masonry, steel metal, stucco, wood etc. Advantages of Brazed grinding wheel Higher quality process than sintered or laser welded wheel Long life High efficiency Single layer of fully exposed diamond fused with nickel at high temperatures and sharp cutting No pollution, low noise, never need dressing Service: Detailed Specifications can be customized Provide after-sales service. Technical support on usage. Return and exchange of products for non-human reasons. a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, is tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
Brief Introductions: Type: Green silicon Grinding wheel Bond: Green silicon Application: Roll grooves Specification: Customized Brand Mark: Moresuperhard Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Introductions of Moresuperhardâ??s Rough grinding operations which are carried out by vitrified wheels to remove large amounts of material. Grinding wheels for steel ball are the current annual production capacity is more than 1000 pieces of various specifications. Advantages of Moresuperhardâ??s â?? High density and high hardness grinding wheels are used for hard grinding process of steel balls, with even and fine structure, high grinding efficiency, good durability characteristics, etc. â?? Steel balls ground by vitrified grinding wheels are with low surface roughness, good roundness and high precision â?? Brittleness and moderate toughness, it is good for grinding steel ball â??s surface roughness and geometry precision. â?? Trimming easily, and not to be collapsed easily Service: â?? Detailed Specifications can be customized! â?? Provide after-sales service. â?? Technical support on usage. â?? Return and exchange of products for non-human reasons. About us: MORESUPERHARD is a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, MORESUPERHARD is tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
Brief Introductions: Type: Single-face Grinding Disc Bond: Vitrified Application: Grinding lens Specification: Customized Brand Mark: Moresuperhard Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Introductions of Moresuperhardâ??s Vitrified single face grinding disc More Super Hard company offers a full line of diamond and CBN grinding wheels and dressing stones for fine grinding machines and single and double side lapping systems. Our vitrified diamond and CBN grinding discs have high grinding efficiency, high wear resistance and abrasive consumption, good surface quality and flatness of the workpiece. Advantages of Moresuperhardâ??s Vitrified single face grinding disc High grinding efficiency, long service life and good shape retention. High strength synthetic diamond for high removal rates while excellent finish. Sharp shape synthetic diamond for long dressing intervals. Free cutting design for low cutting energy. Better cutting edge with smaller chipping. Good uniformity of size because the stable uniform structure and materials in abrasive layer. High flatness, good finish, and parallelism. Save your labor costs. Service: Detailed Specifications can be customized! Provide after-sales service. Technical support on usage. Return and exchange of products for non-human reasons. About us: MORESUPERHARD is a professional manufacturer of grinding, cutting, polishing and dressing tools. Thanks to abundant experience in surface treatment, we design and offer a complete grinding and dressing solution to our customers in various industries. With innovative and creative development conception, MORESUPERHARD is tirelessly striving to provide excellent design, superior quality and perfect service to world-wide customers. More than 1000+ customers benefit from our professional technical services.
Recommended for surgically treated knee joints, perfect for post treatment for strain, sprain & fracture dislocation. Knee support Hinged (Neoprene) is a versatile knee support which offers the advantage of controlled compression around the knee and the rigid side support of a splint. It allows normal flexion and free movement of the knee joint. Silicon buttress along the patella opening. - Biaxial hinge - Anti tourniquet effect - Four way compression. - Neoprene provides therapeutic warmth - Neoprene layer bonded with nylon fabric on both sides - Four way stretch ability gives a controlled and comfortable compression in various positions of the knee. - Ensures longer life. - Appealing aesthetics with color fastness. - Better body heat retention - Faster pain relief and healing. - Anatomical shape - Relieves patellar pressure. - Holds the patella in position - Can be used for Patella femoral diseases - Bi axial heavy duty aluminum hinge - Mimics the natural knee joint - Ensures full weight bearing. - Allows free flexion movement - Ergonomic design - Anti tourniquet effect, ensures no constriction to blood flow - Better grip of the product to the body. - Anatomic construction, Better functionality and Snug fit. Sizes Inches CM Small 14.8-17.2 37-43 Medium 17.2-19.6 43-49 Large 19.6-22 49-55 XL 22-24.4 55-61 XXL 24.4-26.8 61-67
Item Code 14.01.034 Specification Recommended for surgically treated knee joints, perfect for post treatment for strain, sprain & fracture dislocation. Knee support Hinged (Neoprene) is a versatile knee support which offers the advantage of controlled compression around the knee and the rigid side support of a splint. It allows normal flexion and free movement of the knee joint. Silicon buttress along the patella opening. Bi axial hinge Anti tourniquet effect Four way compression. Neoprene provides therapeutic warmth Neoprene layer bonded with nylon fabric on both sides Four way stretch ability gives a controlled and comfortable compression in various positions of the knee. Ensures longer life. Appealing aesthetics with color fastness. Better body heat retention Faster pain relief and healing. Anatomical shape Relieves patella pressure. Holds the patella in position Can be used for Patello femoral diseases Bi axial heavy duty aluminum hinge Mimics the natural knee joint Ensures full weight bearing. Allows free flexion movement Ergonomic design Anti tourniquet effect â?? ensures no constriction to blood flow Better grip of the product to the body. Anatomic constructionâ?? Better functionality and Snug fit. Sizes Sizes Inches CM Small 14.8-17.2 37-43 Medium 17.2-19.6 43-49 Large 19.6-22 49-55 XL 22-24.4 55-61 XXL 24.4-26.8 61-67
Brief Introductions: Type: 6A2 Bond: Resin Application: Semiconductor Industry, Silicon Ingot, Cylindrical Grinding/ OD Grinding Specification: Customized Trade Terms: FOB Packages: Hard carton Delivery Time: 15 workdays by express Resin Grinding Wheel Peripheral grinding of silicon ingots, or processing the outer surface of silicon ingots and to make orientation flat. Materials used in semiconductors and electronics parts, automobiles and photovoltaic industry. Types of these materials are varied including silicon, sapphire, and gallium arsenide (GaAs). D (mm) T (mm) H (mm) W (mm) X (mm) Materials 100 28 31.75 3, 5, 6, 9 3-8 Silicon, sapphire, and gallium arsenide (GaAs) 200 35, 50, 60 76, 80 3, 5, 6, 9 300 20, 30, 35 127 5, 7 350 40 5, 7 Rough / Fine grinding (100 1000#) Other specifications can be custom according to the requirement Advantages of Resin Grinding Wheel Realizes a total-like cost cut by fast material removal Minimal influence on crystalline structure Low grinding load, good grinding performance and wear resistance Ingot surface with a high flat degree. Low dressing frequency Service: Detailed Specifications can be customized! Provide after-sales service Technical support on usage Return and exchange of products for non-human reasons
