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Home Next Diamond Reaming Shell Next Reaming Shell Tungsten Carbide The tungsten carbide reaming shell is a top-notch drilling tool designed to efficiently and accurately ream holes in various materials, including rocks, soils, and minerals. Its tungsten carbide coating ensures a long lifespan and excellent performance, making it a reliable choice for professionals. The shell's high-quality steel body provides durability and strength, ensuring stability during the reaming process. The advanced cooling system helps to prevent overheating, ensuring that the shell remains cool and stable even during extended use. The tungsten carbide reaming shell is available in various sizes to accommodate different reaming needs, making it versatile and suitable for various applications. Its long lifespan and cost-effectiveness make it a valuable tool for any project that requires reaming holes in hard rocks and minerals. Professionals can use the tungsten carbide reaming shell to ensure accurate results and reduce the risk of errors. The shell is easy to use and requires minimal maintenance, making it a convenient choice for those who need a reliable reaming tool. With its durable construction, advanced design, and versatility, the tungsten carbide reaming shell is an excellent choice for anyone looking for a reliable and efficient reaming tool. Its long lifespan, cost-effectiveness, and ease of use make it a valuable tool for any project that requires reaming holes in hard rocks and minerals. How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Compartilhe sua opinião Seja o primeiro a escrever um comentário.

Home Next Carbide End Mills Next Tungsten Steel Drill Bits 14mm Shaft Tungsten steel drill bits are the premier choice for machining a diverse range of metals, from carbon steel to aluminum alloys. Renowned for their exceptional hardness and heat resistance, these drill bits deliver superior performance when working with tough and abrasive materials like stainless steel, copper, and cast iron. Tungsten steel drill bits are the first choice for machining a variety of metals, including carbon steel, copper, alloy steel, mold steel, tool steel, stainless steel, iron, galvanized pipe, cast iron and aluminum alloys. Tungsten steel's inherent hardness and excellent heat resistance make it an ideal material for working with these tough and abrasive metals. To maximize the efficiency of a tungsten carbide drill bit when machining these metals, it is critical to use the correct drilling speed and feed rate for the specific material. This ensures optimal performance while keeping the drill bit cool and preventing it from losing hardness and sharpness. Additionally, using cutting oil or lubricants helps reduce friction and heat dissipation, further enhancing the drilling process. Choosing the right drill bit size for the expected hole size is critical. Using a drill bit that is too small or too large can cause problems such as excessive wear or inaccurate hole sizes. Regular maintenance is key to ensuring the longevity and performance of your tungsten carbide drill bits , including keeping them sharp and promptly replacing worn or damaged drill bits . When machining harder metals such as tool steel or stainless steel, the use of coolant becomes critical. Coolant helps dissipate heat effectively, extending the life of the drill bit and improving drilling quality. All in all, tungsten carbide drill bits are versatile and durable tools for working with a variety of metals. Adhering to correct drilling techniques and using the correct drill bit size and type ensures precise, clean and efficient drilling operations on a variety of metal materials. Cutting dia.(mm) Shank dia.(mm) Cutting length(mm) Overall length (mm) Φ1.0 4 4 50 Φ1.1-1.4 4 5 50 Φ1.5-1.7 4 6 50 Φ1.8-2 4 8 50 Φ2.1-2.4 4 10 50 Φ2.5-2.9 4 13 50 Φ3 4 13 50 Φ3.1-3.3 4 18 50 Φ3.4-3 7 4 20 52 Φ3.8-4 4 22 55 Φ4.1-5 5 26 62 Φ5.1-6 6 28 66 Φ6.1-7 7 34 74 Φ7.1-8 8 37 79 Φ8.1-9 9 40 84 Φ9.1-10 10 43 89 Φ10.1-11 11 47 95 Φ11.1-12 12 51 102 Φ12 1-13 13 51 102 Φ13.5-14 14 54 107 Φ14.5-15 15 56 111 Φ15.5-16 16 58 115 How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment. FAQ Q: What is so special about tungsten carbide? Drilling holes in the tungsten carbide products with a drill bit is suitable for large holes with a diameter of more than 2mm. The disadvantage of drilling with a drill bit is that the drill bit is prone to break and results in damage to tungsten carbide products. Q: Do you spot drill for a carbide drill? The short spot drill is very rigid, and the spotting motion is unlikely to deflect. However, if you use a carbide drill, or a screw machine length drill, spotting is typically not needed. The carbide itself is rigid compared to HSS, so the drill will go where it is pointed. Q: What is the toughest drill bit? Carbide bits are the strongest drill bits material and can cut through hardened steel. But if they are not available, titanium and cobalt drill bits can also be used. However, drilling with either of these bits will take longer than drilling with a carbide drill bit. Q: How do you remove tungsten from a drill bit? The drill bits are literally turned upside down and vibrated while the steel is heated to 850 degrees. Within seconds the tungsten inserts effortlessly fall out.

Home Next Carbide End Mills Next Diamond Coated End Mills for Graphite 10mm Flat Enhanced Efficiency and Productivity : Boost your efficiency and productivity in graphite machining with our diamond-coated solid carbide end mills . With their exceptional wear resistance and optimized chip evacuation, our end mills enable you to achieve faster machining speeds and higher material removal rates, resulting in increased productivity and cost savings. Precision Machining Excellence with Diamond -Coated Solid Carbide End Mills : Elevate your graphite machining capabilities with our diamond-coated solid carbide end mills , meticulously engineered for precision and performance. Crafted to meet the unique demands of graphite machining, our end mills deliver unparalleled accuracy and efficiency, ensuring superior results in every application. Experience precision machining like never before with our diamond-coated solid carbide end mills , meticulously engineered for graphite applications. graphite 's abrasive nature and high hardness demand cutting tools of exceptional durability and performance. Our end mills are crafted to meet these exacting standards, delivering unparalleled precision and efficiency in graphite machining . Built with a robust solid carbide construction, our end mills endure the rigors of graphite machining , ensuring longevity and reliability. The diamond coating enhances the cutting edge's hardness and wear resistance, extending tool life and maintaining consistent performance even in the most challenging conditions. Our end mills feature a specialized design that optimizes chip evacuation and minimizes tool deflection, resulting in smoother surface finishes and precise dimensional accuracy. Whether shaping intricate contours or performing high-speed machining , our diamond-coated solid carbide end mills consistently deliver superior results with unmatched reliability. Discover the difference in graphite machining with our diamond-coated solid carbide end mills —the ultimate solution for precision and efficiency. 1. Abrasion Resistance: Diamond is known for its exceptional hardness and resistance to wear, making it an ideal coating for end mills used in graphite machining. This hardness ensures a longer tool life and consistent performance. 2. Heat Resistance: diamond-coated end mills can withstand high temperatures generated during machining processes, reducing the risk of tool failure and ensuring reliable performance. 3. Smooth C utting Action: diamond-coated end mills provide a smooth cutting action, minimizing graphite dust generation and reducing the risk of tool clogging. 4. Improved Surface Finish: The smooth cutting action of diamond-coated end mills also leads to better surface finishes on machined graphite components. 5. Cost-Effective: Although diamond-coated end mills may have a higher initial cost, their longer tool life and improved performance can result in cost savings over time. To maximize the benefits of diamond-coated solid carbide end mills for graphite machining , consider the following actionable steps: 1. Choose the right Diamond coating: Select a diamond coating that matches your specific machining requirements, such as coating thickness, uniformity, and bonding strength. 2. Proper tool selection: Select the appropriate end mill geometry, such as flute count, helix angle, and corner radius, based on your specific machining application. 3. Optimal cutting parameters: Follow the manufacturer's recommended cutting parameters, such as spindle speed, feed rate, and depth of cut, to ensure optimal tool performance and longevity. 4. Coolant selection: Use coolant or lubricant specifically designed for graphite machining , as it can help reduce tool wear and improve tool life. 5. Regular tool maintenance: Inspect the Diamond -coated end mills regularly for signs of wear or damage. Replace them when necessary to maintain consistent performance and prevent tool failure. 6. Proper storage: Store the Diamond -coated end mills in a clean, dry place to prevent damage and prolong their lifespan. 7. Operator training: Ensure that operators are properly trained in the safe and efficient use of Diamond -coated end mills , as well as understanding the importance of following safety guidelines and proper maintenance procedures. Item R d D ℓ L HNS7520210050 r1.0 2 4 10 50 HNS7520315050 r1.5 3 4 12 50 HNS7520420060 r2.0 4 4 15 60 HNS7520525060 r2.5 5 5 20 60 HNS7520630075 r3.0 6 6 80 75 HNS7520840080 r4.0 8 8 35 80 HNS7521050090 r5.0 10 10 40 90 HNS7521260100 r6.0 12 12 45 100 HNS7320210100 r1.0 2 4 10 100 HNS7320315100 r1.5 3 4 12 100 HNS7320420100 r2.0 4 4 15 100 HNS7320525100 r2.5 5 5 20 150 HNS7320630100 r3.0 6 6 80 150 HNS7320840150 r4.0 8 8 35 150 HNS7321050150 r5.0 10 10 40 150 HNS7321260150 r6.0 12 12 45 150 Item d D ℓ L HNS75402060 2 4 10 60 HNS75403060 3 4 12 60 HNS75404075 4 4 15 75 HNS75405075 5 5 20 75 HNS75406080 6 6 80 80 HNS75408080 8 8 35 80 HNS75410100 10 10 40 100 HNS75412110 12 12 45 100 How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment. FAQ Q: What are the disadvantages of tungsten carbide? Tungsten carbide/cobalt materials have several limitations. Resistance to corrosion and oxidation are the two more significant drawbacks to the use of this common cermet. Q: How easily does tungsten carbide break? Well, it is the very attribute that keeps Tungsten Carbide looking new, that also makes it likely to break if you drop it from a height of several meters onto concrete. Or hit it hard with a hammer. It does not however, spontaneously shatter or implode when you drop it under normal every day circumstances. Q: Can you EDM tungsten carbide? Tungsten carbide electrodes can be employed in both sinker EDM operations, where they're shaped to form cavities and complex geometries in the workpiece, and in wire EDM processes for precise cutting applications. Q: Can an end mill cut vertically? Flat end mills are perfectly suited for flat surface and pocket cuts. They are also preferable for contour cutouts because they do less damage to the sacrificial layer on the mill bed. These end mills have end-cutting teeth, allowing the tool to cut vertically along its axis as well as radially.

Home Next Diamond Reaming Shell Next Reaming Shell Diamond Impregnated The diamond impregnated reaming shell is a top-notch drilling tool designed to efficiently and accurately ream holes in various materials, including rocks, soils, and minerals. Its diamond impregnated surface ensures a long lifespan and excellent performance, making it a reliable choice for professionals. The shell's high-quality steel body provides durability and strength, ensuring stability during the reaming process. The advanced cooling system helps to prevent overheating, ensuring that the shell remains cool and stable even during extended use. The diamond impregnated reaming shell is available in various sizes to accommodate different reaming needs, making it versatile and suitable for various applications. Its long lifespan and cost-effectiveness make it a valuable tool for any project that requires reaming holes in hard rocks and minerals. Professionals can use the diamond impregnated reaming shell to ensure accurate results and reduce the risk of errors. The shell is easy to use and requires minimal maintenance, making it a convenient choice for those who need a reliable reaming tool. With its durable construction, advanced design, and versatility, the diamond impregnated reaming shell is an excellent choice for anyone looking for a reliable and efficient reaming tool. Its long lifespan, cost-effectiveness, and ease of use make it a valuable tool for any project that requires reaming holes in hard rocks and minerals. How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment 分享您的想法 率先撰寫留言。

Home Next Diamond Saw Blades Next Non-Silent Core Granite Blade Next 18" Stay safe on the job with the HNSGB series non-silent core granite blade. This advanced blade features a unique non-silent core design that reduces vibration and noise, making it safer and more efficient to use. Technical Parameter Item No. Outside Diameter Segment Dimensions (mm) Segment Dimensions (mm) Arbor Thickness HNCG12 12” (300mm) 3 10/15/20 50mm, 60mm HNCG14 14” (350mm) 3.2 10/15/20 50mm, 60mm HNCG16 16” (400mm) 3.5 10/15/20 50mm, 60mm HNCG18 18” (450mm) 4 10/15/20 50mm, 60mm HNCG20 20” (500mm) 4.2 10/15/20 50mm, 60mm HNCG24 24” (600mm) 4.6 10/15/20 50mm, 60mm How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment.

Home Next Diamond Core Drill Bits Next Dry Laser Welded Stone Core Bit 1-3/4" Advanced Dry Concrete Core Bit : Embark on your core drilling projects with confidence using our advanced dry concrete Core Bit . Engineered for versatility and efficiency, our Bit is optimized for reinforced concrete , stone, asphalt, and block. Featuring cutting-edge Air Flow Technology, it guarantees superior cooling and hassle-free Core removal. Trust in our dry concrete Core Bit to deliver unmatched performance and reliability, every time. Dry Laser Welded Stone Core Bit: Power Meets Precision for Stone drilling Conquer countertops, vanities, and more with the Dry Laser Welded Stone Core Bit . This innovative tool utilizes Laser - Welded diamonds to deliver exceptional performance when drilling through a variety of hard Stone s, including: Granite Marble Porcelain Tile Artificial Stone Natural Stone Key Benefits: Dry Drilling Convenience: Eliminate the need for messy water applications with Dry drilling capabilities. Laser - Welded Strength: Experience unmatched durability and long-lasting performance thanks to the advanced Laser welding technology. Precise Cuts: Achieve clean and accurate holes for flawless results in countertops, vanities, and other Stone work projects. Fast and Efficient: The Laser - Welded diamonds ensure smooth, efficient drilling , saving you valuable time. Safe Operation: The robust construction prioritizes safety during drilling . Technical Parameter Item No. Diameter Segment Dimensions Tube Length Thread inch mm Thickness BGGD1250 1-1/4" 32 3.8 10 4" (100mm) 5/8"-11UNC BGGD1375 1-3/8" 35 3.8 10 4" (100mm) 5/8"-11UNC 1-1/2" 38 3.8 10 4" (100mm) 5/8"-11UNC 1-5/8" 41 3.8 10 4" (100mm) 5/8"-11UNC 1-3/4" 44 3.8 10 4" (100mm) 5/8"-11UNC 1-7/8" 48 3.8 10 4" (100mm) 5/8"-11UNC 2" 51 3.8 10 4" (100mm) 5/8"-11UNC How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Deine Meinung teilen Jetzt den ersten Kommentar verfassen.

Home Next Diamond Wire Saw Next Ultra Thin Diamond Wire Loop 6740mm Ultra-thin diamond wire loops are specialized cutting tools utilized in industries such as semiconductor manufacturing, electronics, and photonics for precise and efficient slicing of brittle materials like silicon wafers, sapphire, and glass. Key features and benefits of Ultra-thin diamond wire loops : Minimal Kerf Width: Ultra-thin diamond wire loops boast an exceptionally thin kerf width, often measuring in micrometers. This slender profile enables highly precise and delicate cutting, minimizing material loss and maximizing yield. High Cutting Precision : The Ultra-thin diameter of the diamond wire loops allows for intricate and accurate cutting, ideal for applications demanding exacting tolerances and fine detailing. They achieve clean, smooth cuts with minimal chipping or damage to the material, ensuring high-quality results. Reduced Material Waste: Thanks to their thin kerf width, Ultra-thin diamond wire loops minimize material waste during cutting , resulting in cost savings and improved efficiency. This is particularly advantageous in industries where materials are expensive or scarce. Superior Surface Finish: Ultra-thin diamond wire loops deliver superior surface finishes on cut materials, producing polished surfaces with minimal burrs or rough edges. This is crucial for applications requiring pristine surface quality, such as semiconductor device fabrication and precision optics manufacturing. Versatility: Ultra-thin diamond wire loops are suitable for cutting a diverse range of brittle materials, including silicon, sapphire, ceramics, and glass. They find applications in various industries where precise and clean cutting is essential for product quality and performance. Compatibility: Ultra-thin diamond wire loops are compatible with a variety of cutting equipment and setups, including wire saw machines and precision slicing systems. They can be seamlessly integrated into manufacturing processes, whether manual or automated, offering flexibility and versatility. In summary, Ultra-thin diamond wire loops offer unmatched cutting precision, minimal material waste, and superior surface finishes, making them indispensable tools in industries requiring precise and efficient slicing of brittle materials. Their slender profile and adaptability make them ideal for a wide range of applications, contributing to the advancement of technology and innovation in various sectors. Loop type Outer diameter Grain size Kind Tensile strength Breaking Loop length min. Wheel-Ø (mm) (N) Force (mm) (mm) (N) HS-035 0,35 D54 C50 80-100 180 600-4000 100 HS-045 0,45 D76 C50 80-100 180 600-4000 100 HS-050 0,5 D76 C50 80-100 180 800-6000 200 HS-055 0,55 D91 C50 80-100 180 800-6000 200 HS-060D 0,6 D91 C50 110-130 250 800-6000 200 HS-065 0,65 D107 C50 110-130 250 800-6000 200 HS-080 0,8 D107 C50 180-200 300 1000-8000 300 HS-150 1,5 D107 S11 200-300 3000 3000-9500 350 HS-180 1,8 D213 S11 200-300 3000 3000-9500 350 HS-250 2,5 D213 S11 300-400 5000 4000-27000 400 How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Partagez vos idées Soyez le premier à rédiger un commentaire.

Home Next Diamond Core Drill Bits Next Wet Concrete Core Bit 1-1/2’’ For concrete drilling projects, the Wet Concrete Core Bit is a top choice. Its ability to drill through concrete and other masonry materials with ease makes it perfect for various applications such as drilling large holes or when drilling through dense or reinforced materials. Our wet diamond core bits are tailored for wet drilling tasks in concrete , brick, sandstone, limestone, and various masonry materials. Designed to be paired with water, they efficiently dissipate heat, minimize dust, and prolong bits life by reducing friction. These bits excel in drilling large holes or penetrating dense or reinforced materials, offering optimal performance and longevity. While they provide mid-grade performance , our wet diamond core bits offer exceptional value at a lower price point compared to high-end alternatives. Despite lasting half as long as premium bits , they enable customers to drill the same distance for half the cost, ensuring cost-effectiveness without compromising quality. However, it's essential to select the correct bits size and type for the task and adhere to manufacturer instructions for optimal results and longevity. It's crucial to note that while our wet core drill bits are primarily designed for concrete , they can handle certain types of rock, albeit at the expense of reduced bit life. Using them on materials beyond their primary scope is at the user's discretion and not covered under our standard policy. For faster coring and extended bit life, opt for wet core drill bits with high diamond concentration and superior quality, suitable for wet drilling in concrete , masonry, sandstone, limestone, and similar materials, including those with light steel reinforcement. Technical Parameter Item No. Diameter Segment Dimensions Segment Dimensions Tube Length Thread inch mm Thickness Segment No. WCDB0100 1’’ 25.5 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0125 1-1/4’’ 32 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0150 1-1/2’’ 38.1 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0175 1-3/4’’ 44.5 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0200 2’’ 51.5 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0250 2-1/2’’ 63.8 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0300 3’’ 76.2 3.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0350 3-1/2’’ 89 3.8 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0400 4’’ 101.8 3.8 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0500 5’’ 127.2 4.2 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0550 5-1/2’’ 140 4.2 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0650 6’’ 152.4 4.3 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0700 7’’ 178.5 4.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0800 8’’ 203.2 4.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB0900 9’’ 229 5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB1000 10’’ 254 5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB1200 12’’ 305 5.5 10 14’’ (350mm) 1-1/4’’-7UNC WCDB1400 14’’ 356 5.5 10 14’’ (350mm) 1-1/4’’-7UNC How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment. FAQ Q: What speed do you need to drill a diamond core? A peripheral speed of 2.7 to 4.7 metres/second (9 to 15.5 feet/second) measured on the outside diameter of the bit crown will often provide an acceptable rate of penetration (ROP). Q: How to sharpen a diamond core drill bit? Pour into kerf a thick (1/4") layer of silica sand, the coarser the better. Resume coring for approximately 3 to 5 minutes with very little water and at a lower RPM if possible. Gradually increase water flow to flush sand from kerf. Repeat as needed. Q: Will a diamond core bit cut through metal? Diamond drills can cut through almost all materials, including some of the toughest materials such as concrete, metal, and glass. Q: Which is stronger, carbide or diamond? Diamonds remain the most scratch-resistant material known to humanity. Metals like titanium are far less scratch-resistant, and even extremely hard ceramics or tungsten carbide cannot compete with diamonds in terms of hardness or scratch-resistance.

Home Next Carbide End Mills Next Tungsten Steel Drill Bits 11mm Shaft For metal machining tasks, tungsten steel drill bits are unparalleled in their versatility and performance. From carbon steel to aluminum alloys, these drill bits offer exceptional hardness and heat resistance, making them ideal for working with challenging materials like stainless steel, copper, and cast iron. Tungsten steel drill bits are the first choice for machining a variety of metals, including carbon steel, copper, alloy steel, mold steel, tool steel, stainless steel, iron, galvanized pipe, cast iron and aluminum alloys. Tungsten steel's inherent hardness and excellent heat resistance make it an ideal material for working with these tough and abrasive metals. To maximize the efficiency of a tungsten carbide drill bit when machining these metals, it is critical to use the correct drilling speed and feed rate for the specific material. This ensures optimal performance while keeping the drill bit cool and preventing it from losing hardness and sharpness. Additionally, using cutting oil or lubricants helps reduce friction and heat dissipation, further enhancing the drilling process. Choosing the right drill bit size for the expected hole size is critical. Using a drill bit that is too small or too large can cause problems such as excessive wear or inaccurate hole sizes. Regular maintenance is key to ensuring the longevity and performance of your tungsten carbide drill bits , including keeping them sharp and promptly replacing worn or damaged drill bits . When machining harder metals such as tool steel or stainless steel, the use of coolant becomes critical. Coolant helps dissipate heat effectively, extending the life of the drill bit and improving drilling quality. All in all, tungsten carbide drill bits are versatile and durable tools for working with a variety of metals. Adhering to correct drilling techniques and using the correct drill bit size and type ensures precise, clean and efficient drilling operations on a variety of metal materials. Cutting dia.(mm) Shank dia.(mm) Cutting length(mm) Overall length (mm) Φ1.0 4 4 50 Φ1.1-1.4 4 5 50 Φ1.5-1.7 4 6 50 Φ1.8-2 4 8 50 Φ2.1-2.4 4 10 50 Φ2.5-2.9 4 13 50 Φ3 4 13 50 Φ3.1-3.3 4 18 50 Φ3.4-3 7 4 20 52 Φ3.8-4 4 22 55 Φ4.1-5 5 26 62 Φ5.1-6 6 28 66 Φ6.1-7 7 34 74 Φ7.1-8 8 37 79 Φ8.1-9 9 40 84 Φ9.1-10 10 43 89 Φ10.1-11 11 47 95 Φ11.1-12 12 51 102 Φ12 1-13 13 51 102 Φ13.5-14 14 54 107 Φ14.5-15 15 56 111 Φ15.5-16 16 58 115 How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment. FAQ Q: What is so special about tungsten carbide? Drilling holes in the tungsten carbide products with a drill bit is suitable for large holes with a diameter of more than 2mm. The disadvantage of drilling with a drill bit is that the drill bit is prone to break and results in damage to tungsten carbide products. Q: Do you spot drill for a carbide drill? The short spot drill is very rigid, and the spotting motion is unlikely to deflect. However, if you use a carbide drill, or a screw machine length drill, spotting is typically not needed. The carbide itself is rigid compared to HSS, so the drill will go where it is pointed. Q: What is the toughest drill bit? Carbide bits are the strongest drill bits material and can cut through hardened steel. But if they are not available, titanium and cobalt drill bits can also be used. However, drilling with either of these bits will take longer than drilling with a carbide drill bit. Q: How do you remove tungsten from a drill bit? The drill bits are literally turned upside down and vibrated while the steel is heated to 850 degrees. Within seconds the tungsten inserts effortlessly fall out.

Home Next Diamond Saw Blades Next Non-Silent Core Granite Blade Next 14" Those series non-silent core granite blade is a cutting-edge solution for stone cutting, featuring a unique non-silent core design that prioritizes precision and efficiency. This blade is perfect for demanding applications where accuracy and speed are crucial. Technical Parameter Item No. Outside Diameter Segment Dimensions (mm) Segment Dimensions (mm) Arbor Thickness HNCG12 12” (300mm) 3 10/15/20 50mm, 60mm HNCG14 14” (350mm) 3.2 10/15/20 50mm, 60mm HNCG16 16” (400mm) 3.5 10/15/20 50mm, 60mm HNCG18 18” (450mm) 4 10/15/20 50mm, 60mm HNCG20 20” (500mm) 4.2 10/15/20 50mm, 60mm HNCG24 24” (600mm) 4.6 10/15/20 50mm, 60mm How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment.

Home Next Diamond Wire Saw Machine Next Diamond Multi-Wire Slab Saw HNSM48 Diamond Multi Wire is the ultimate tool for granite and marble processing. Compatible with granite multi wire saw machines, this advanced diamond wire material provides an ideal alternative to sand saws and expands your processing options. With various specifications available, you can customize the Diamond Multi Wire to optimize your processing capabilities. Key Features: High Cutting Efficiency: diamond Multi Wire achieves cutting efficiency levels 10-15 times greater than those of granite gang saws machines , resulting in faster cutting speeds and increased productivity. Smooth Cutting Surface: Each cut with diamond Multi Wire yields an even and smooth slab surface, thanks to the precision of the Wire , ensuring flawless finishes on both granite and marble slabs. Low Power Consumption: Experience reduced power consumption compared to traditional methods, leading to lower energy costs and improved overall efficiency. Minimal Raw Material Waste: diamond Multi Wire minimizes raw material waste through precise cutting , optimizing resource utilization and reducing material loss. Low Noise and Environmental Friendliness: Operating with diamond Multi Wire results in reduced noise levels, creating a quieter and more environmentally friendly work environment for operators and surrounding areas. diamond Multi Wire is suitable for cutting all types of granite and marble slabs, offering exceptional cutting efficiency, surface quality, and environmental friendliness. Make the switch to diamond Multi Wire for your granite and marble cutting needs and experience the benefits firsthand. Technical Parameter Description HNS08 HNS16 HNS24 HNS32 HNS40 HNS44 HNS48 HNS56 HNS64 HNS72 Cutting Area(wxh) mm 3600x2100 Slab Thickness(mm) 20/30/40/50 Main Motor(kw) 45 Show More How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment.

Home Next Diamond Saw Blades Next Crack Chaser Blades Next 7” (180mm) The Crack Chasing Diamond Blade is a state-of-the-art tool, specifically built for precision and efficiency in routing and widening Concrete, Marble, and Granite . Its premium diamond segments deliver unmatched precision and clean cuts, while its medium soft bond ensures a smooth and efficient c utting process. The blade is built for durability and long-lasting use, making it a c utting -edge solution for all your crack chasing needs. Key Features: 1. Premium Diamond Segments: - The blade is equipped with high-quality diamond segments that ensure superior cutting performance, making it suitable for a variety of materials including concrete , marble , and granite . 2. V-Shape Taper: - With a V-shape taper, the blade adeptly follows c rack s, providing unmatched precision. This design facilitates effective cleaning of c rack s, preparing them for seamless repairs. 3. Versatile Arbor Size: - The blade comes with a 5/8-inch to 7/8-inch arbor, offering compatibility with most angle grinders. This versatility ensures easy integration into your existing tool set. 4. High RPM Capability: - With a maximum RPM of 13,000, this blade delivers efficient c utting performance, allowing you to accomplish your tasks swiftly and effectively. 5. Wet or Dry Usage: - Whether you prefer wet or dry c utting , this diamond blade is designed to accommodate both preferences, providing flexibility for various work conditions. Applications: - C oncrete Crack Chasing - M arble Cutting - G ranite Cutting - Surface Preparation for Repairs Upgrade your cutting tools with the C rack Chasing Diamond blade , designed for professionals who demand precision and efficiency in their work. Whether you're working with concrete , marble , and granite ., this blade ensures clean cuts and prepares cracks for optimal repairs. Experience the next level of cutting performance with our premium diamond blade. Technical Parameter Item No. Outside Diameter Thickness Segments Dimensions(mm) Arbor Thickness HNSTC040 4” (100mm) 6.4 / 9.5 10 7/8”-5/8” HNSTC 045 4-1/2” (115mm) 6.4 / 9.5 10 7/8”-5/8” HNSTC 050 5” (125mm) 6.4 / 9.5 10 7/8”-5/8” HNSTC070 7” (180mm) 6.4 / 9.5 10 7/8”-5/8” How to Buy Request an Equipment Quote Ready to buy stuff from Flexible,Request a quote now. Request an Quote Buy Browse Parts and equpments on our store Shop Now Reviews comments debug Comments Write a comment Write a comment Share Your Thoughts Be the first to write a comment.