Audited Supplier
N/A
Diamond Saw Blade
Grinding
Slotted Wall, Road/Wall/Stone & Wood
Long Lifespan
High Rpm
Wet Cutting, Dry Cutting
Slotted Wall, Road/Wall/Stone & Wood
Solid
Guorui
Container
4", 4.5", 14" & 7"
Shandong, China
Product Description
Diamond Saw Blades:
A Cutting-Edge Tool, Diamond saw blades are specialized tools designed for cutting exceptionally hard materials, such as stone, concrete, and ceramics. The key to their effectiveness lies in the tiny, synthetic diamonds embedded in their edges. These diamonds, renowned for their hardness, provide the necessary abrasive power to slice through tough substances.
Types of Diamond Saw Blades:
* Continuous rim: These blades have a continuous diamond layer around their entire circumference, making them ideal for cutting straight lines.
* Segmented rim: This type features segments of diamond-embedded material, allowing for faster cutting and more efficient removal of debris.
* Turbo rim: A variation of the segmented rim, turbo blades have a more aggressive cutting action due to their unique diamond pattern.
* Wet-cut: Designed for use with water, these blades help to cool the cutting surface, preventing overheating and extending the blade's lifespan.
* Dry-cut: Suitable for cutting materials without water, these blades often have a thicker diamond layer to compensate for the lack of cooling.
Applications of Diamond Saw Blades:
* Construction: Cutting concrete, stone, and brick for building projects.
* Tile and masonry: Cutting tiles, marble, and granite for flooring, countertops, and other applications.
* Industrial: Processing materials in various industries, such as stone fabrication and manufacturing.
* Gem cutting: Shaping and polishing precious stones.
Factors to Consider When Choosing a Diamond Saw Blade:
* Material to be cut: The hardness and type of material will determine the appropriate blade type.
* Cutting depth: The blade's diameter and cutting depth capacity should match the project's requirements.
* Wet or dry cutting: Choose a blade designed for the intended cutting method.
* Blade quality: Reputable brands offer higher-quality blades with longer lifespans and better cutting performance.
By understanding the different types of diamond saw blades and their applications, you can select the right tool for your specific needs and achieve precise and efficient cutting results.
| Size |
| 4" |
| 4.5" For Slotted Wall |
| 14" for Road/Wall/Stone |
| 7" For Wood |
Key Parameters
1. Diameter:
* Outer diameter: The overall size of the blade, determining its cutting capacity.
* Inner diameter: The size of the central hole that fits onto the saw's arbor.
2. Segment Configuration:
* Continuous rim: A solid, uniform edge for smooth cuts.
* Segmented: Multiple sections of matrix and diamonds for aggressive cutting.
* Serrated/Turbo: Notched edges for increased cutting speed and efficiency.
3. Segment Specifications:
* Height: The thickness of the segment, affecting cutting depth and durability.
* Width: The width of the segment, influencing cutting speed and stability.
* Kerf width: The width of the cut created by the blade.
4. Diamond Type and Concentration:
* Diamond quality: The hardness, purity, and size of the diamonds.
* Concentration: The number of diamonds per unit area, affecting cutting speed and life.
5. Bond Hardness:
* Bond type: The material holding the diamonds in place.
* Hardness: The ability of the bond to retain diamonds, influencing cutting speed and life.
6. Core Material:
* Type: The material forming the blade's center.
* Thickness: Affects blade strength and flexibility.
7. Cutting Application:
* Material: The specific material being cut (e.g., granite, marble, concrete).
* Cutting depth: The required depth of the cut.
* Cutting speed: The desired rate of cutting.
8. Operating Conditions:
* Wet or dry cutting: The use of water or coolant during cutting.
* Cutting speed: The rotational speed of the blade.
* Feed rate: The rate at which the blade advances into the material.
1. Diameter:
* Outer diameter: The overall size of the blade, determining its cutting capacity.
* Inner diameter: The size of the central hole that fits onto the saw's arbor.
2. Segment Configuration:
* Continuous rim: A solid, uniform edge for smooth cuts.
* Segmented: Multiple sections of matrix and diamonds for aggressive cutting.
* Serrated/Turbo: Notched edges for increased cutting speed and efficiency.
3. Segment Specifications:
* Height: The thickness of the segment, affecting cutting depth and durability.
* Width: The width of the segment, influencing cutting speed and stability.
* Kerf width: The width of the cut created by the blade.
4. Diamond Type and Concentration:
* Diamond quality: The hardness, purity, and size of the diamonds.
* Concentration: The number of diamonds per unit area, affecting cutting speed and life.
5. Bond Hardness:
* Bond type: The material holding the diamonds in place.
* Hardness: The ability of the bond to retain diamonds, influencing cutting speed and life.
6. Core Material:
* Type: The material forming the blade's center.
* Thickness: Affects blade strength and flexibility.
7. Cutting Application:
* Material: The specific material being cut (e.g., granite, marble, concrete).
* Cutting depth: The required depth of the cut.
* Cutting speed: The desired rate of cutting.
8. Operating Conditions:
* Wet or dry cutting: The use of water or coolant during cutting.
* Cutting speed: The rotational speed of the blade.
* Feed rate: The rate at which the blade advances into the material.
