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China, Chinese Building and Construction Materials Saw Blade for Cutting Wood, Metal, Stainless Steel1 Industrial Products Supplier Manufacturer Details, price list catalog:
Hole Machining ToolsMetalStainless SteelSaw BladeAbrasive Saw
Jinan Fuyuan Grinding Materials Co., Ltd
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Product Description Product Name: Building and Construction Materials Saw Blade for Cutting Wood, Metal, Stainless SteelPRODUCT DISCRIPTIONThe diamond used is manufactured or synthetic as opposed to natural. Manufactured diamond is preferred over natural diamond because key characteristics like crystal shape, size, and strength can be closely controlled through the manufacturing process. The ability to control the key characteristics of the synthetic diamond allow for accurate prediction of cutting speed and blade life as well as consistent repeatability. Some other important factors to consider about diamond are the:? amount of diamond in the segment? quality of the diamond in the segment? size of the diamond in the segment Amount of Diamond:The amount of diamond in the segment is variable and requires more horsepower as the content of diamond is increased in the segment. Simply put it means that as more diamond is added to the segment more horsepower is needed to make the blade cut. In practical terms this means that blades for high horsepower saws will have more diamond in the segment. Quality of the Diamond:The quality of the diamond determines the ability of the individual diamond to resist heat and maintain a sharp point. Better diamonds can hold a point longer at higher temperatures. Size of the Diamond:Finally the last thing to consider is the size of the diamond. The individual's diamond sizes are specified in mesh ranges like 25-35 or 50-60. The higher the numbers the finer the individual particles. In practical application finer diamond is used for critically-hard material like Chert or Quartz while the larger more coarse diamond is used for soft materials like asphalt and soft red clay bricks.b. Bonding System (Wears)The bond is a mixture of metal powders used in various combinations to achieve specific wear rates. A correctly-formulated bond holds the diamond in place, just long enough to get maximum use from the diamond points before releasing the stone and exposing the next layer of diamond. The wear rate for the segment can be simplified to the ability of a metal to resist wear from abrasion. Metals with low abrasion resistance like bronze are considered soft. The soft bonds are mostly made up of soft metals like Bronze and are common when cutting very hard less abrasive material like porcelain. The hard bonds are mostly made up of hard metals like Tungsten Carbide and are common when cutting very soft abrasive materials like asphalt or freshly poured concrete. The best way to remember bond-to-material application is "opposites attract" - hard bonds for soft abrasive materials while soft bonds are used for hard less abrasive materials. In some extreme cases, it is possible to simply judge the hardness of the blade by noticing the color of the segment. Because soft blades contain a majority of Bronze, the soft blades for extremely hard materials will have a yellow tint to the segment. When it comes to saw blades, there are so many options on the market nowadays that it can be difficult to choose the right one. It's critical to have the right blade for the job to get the quality of cut you want and the optimum performance from your saw. Diamond blades come in a variety of shapes, sizes, production methods, and bond types. Because different blades are often utilized for different applications, it is critical to understand the various blades and their respective applications to fully utilize their capabilities. Diamond blades are widely used in the construction and allied industries, but with so many applications, it might be difficult to choose which diamond blade to employ. The term "diamond" refers to a tool that is the cleanest, safest, and most efficient for cutting, drilling, grinding, and polishing various construction materials. From cement to clay to asphalt, these materials are used. When diamond blades are chosen and used correctly, they provide the user with a longer blade life, faster cutting, higher productivity, and lower HAV exposure.Diamond blades are made up of a high alloy steel core with diamond impregnated, bonded metal segments topped on top. There is no such thing as a "universal" diamond blade; they come in a variety of grades and bonds, each suited for a specific function.The factors to consider when selecting saw blades for different materials include the blade material, tooth type, tooth count, kerf width, and intended use. Each factor influences the performance and suitability of the blade for specific materials.Blade materialTooth typeTooth countKerf widthIntended useNow, let's delve deeper into each factor to understand its significance in selecting the right saw blade for different materials.Blade Material:The blade material plays a crucial role in determining cut quality and durability. Common materials include high-speed steel (HSS), carbon steel, and tungsten carbide. HSS blades are suitable for general use. They are less expensive and can handle various materials. Tungsten carbide blades last longer and provide fine cuts for hard materials like metal and dense wood. According to a study by the Industrial Utility Group, tungsten carbide blades can last up to ten times longer than standard steel blades.Tooth Type:Tooth type refers to the shape and profile of the teeth on the blade. Common tooth types include flat-top, alternate top bevel, and triple chip grind. Each design affects the cutting action. For example, flat-top teeth are ideal for rip cuts in wood, while alternate top bevel teeth offer smooth crosscuts. The chosen tooth type must align with the material being cut for optimal performance.Tooth Count:Tooth count indicates the number of teeth on the blade. Blades with fewer teeth are better for ripping, providing faster cuts but rougher edges. Conversely, blades with more teeth yield smoother cuts, making them preferable for finishing work. The general rule of thumb is to select a blade with fewer teeth for soft materials and more teeth for harder materials. The right tooth count enhances the cutting efficiency and finish quality.Kerf Width:Kerf width is the thickness of the material removed during the cut. A thinner kerf reduces waste and minimizes the load on the motor. Thinner kerf blades are suitable for lightweight materials and test cuts. Generally, thicker kerf blades provide stability and strength, making them ideal for cutting denser materials. Selecting the appropriate kerf width can significantly improve cutting accuracy and reduce energy consumption.Intended Use:Intended use encompasses the specific application for which the saw blade will be used. Different projects, such as woodworking, metalworking, or plastics, require tailored blades. For instance, a blade designed for softwood may not perform well on metal. Understanding the intended material and cutting application allows for better performance and longevity of the blade. According to a report by the American National Standards Institute, improper blade selection can lead to increased tool wear and poor performance, emphasizing the importance of aligning the blade with the task at hand.How Does Tooth Count Influence Saw Blade Selection?Tooth count significantly influences saw blade selection. Higher tooth counts provide smoother cuts but may cut slower. Lower tooth counts excel in faster cuts but produce rougher finishes. When selecting a saw blade, consider the material type and desired finish. For instance, woodworking typically requires a higher tooth count for clean edges, while cutting through metals may benefit from fewer teeth for better chip removal. Therefore, choose a saw blade with the appropriate tooth count based on your specific cutting needs and project requirements.What Role Does Tooth Geometry Play in Cutting Performance?Tooth geometry plays a crucial role in cutting performance, as it directly influences efficiency, precision, and the quality of the finished product.The main aspects of tooth geometry affecting cutting performance include:1. Tooth pitch2. Tooth shape3. Tooth angle4. Tooth thickness5. Tooth countUnderstanding these aspects provides insight into how variations in tooth geometry can influence cutting behavior in various materials.Tooth Pitch: Tooth pitch refers to the distance between the cutting edges of adjacent teeth. A wider pitch can speed up cutting in soft materials, while a tighter pitch allows for finer cuts in harder materials. For example, a saw blade with a wider tooth pitch may excel in cutting lumber, whereas a blade with a narrow pitch is better suited for cutting metal.Tooth Shape: Tooth shape includes various designs such as flat, chisel, or hook. Each shape functions differently; for instance, hook-shaped teeth provide aggressive cuts but may lead to more material tearing. In contrast, flat-toothed blades offer smoother cuts. The choice of shape depends on the cutting material and desired finish.Tooth Angle: The tooth angle is the angle formed between the tooth and the cutting surface. Positive rake angles can enhance cutting speed and reduce feed force, making them suitable for softer materials. Conversely, negative rake angles provide better control and more durability, ideal for harder materials.Tooth Thickness: Tooth thickness affects the kerf, or the width of the cut. Thicker teeth lead to a wider kerf and more material removal but can increase friction and heat. Thinner teeth create a smaller kerf, which minimizes waste and heat buildup, particularly effective in precision tasks.Tooth Count: The number of teeth on a blade affects cutting speed and surface finish. More teeth generally yield a smoother finish but reduce the cutting speed. A lower tooth count enhances cutting speed but may produce a rougher finish. The choice typically depends on the balance between speed and accuracy required for the specific application.In summary, tooth geometry is critical to optimizing cutting performance. Adjusting factors like pitch, shape, angle, thickness, and count allows users to enhance efficiency and achieve the desired outcomes. Each geometric aspect provides unique benefits, catering to a wide range of materials and cutting needs. Proper selection allows craftsmen and industries to maximize their productivity effectively.Product NameBuilding and Construction Materials Saw Blade for Cutting Wood, Metal, Stainless SteelMaterialBrass, Iron, CopperSize4" - 9"General PurposeConcrete, Stone, GraniteThickness1mmColorMetallic GrayFeatures:- Tough Blade- Chain with a hard toothed edge- Saw BladeApplication:You can get specialized blades for ripping lumber, crosscutting lumber, cutting veneered plywood and panels, cutting laminates and plastics, cutting melamine and cutting non-ferrous metals.FAQ 1.What is your advantage ?Great products with competitive and professional service on export business 2. Can you give warranty of your products ?Yes, we are sure our quality .If any concern may contact us directly 3. How could we believe your company ? We consider honesty as the core of our company 4. How is the delivery time ?Once receive done payment ,within one week will arrange the delivery .5. What is your payment terms ? T/T 30% advance, and balance payment once finish production .
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