8 Best
Makita 14 Diamond Blades
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Product Highlights
- Monitor blade temperature: operators should monitor the temperature of the blade segments during cutting. if the temperature rises excessively, the cutting process should be paused to allow the blade to cool down before continuing. using infrared thermometers or thermal cameras can help monitor the temperature effectively.
- Optimize cutting speed: the cutting speed should be adjusted appropriately to prevent excessive heat buildup. cutting too fast can generate more heat and increase the risk of segment detachment. finding the optimal cutting speed for the specific concrete and rebar being cut can help minimize overheating.
- Use a blade specifically designed for cutting through reinforced concrete: there are diamond blades available in the market that are specifically designed for cutting through concrete with steel reinforcement. these blades often have additional cooling features or special diamond segment designs to mitigate the overheating issue.
- Use water cooling: water cooling is an effective method for reducing the temperature of the blade during cutting. there are wet cutting diamond blades available that can be used with water to cool the blade and prolong its life. water can be supplied through a hose or a water tank attached to the cutting equipment.
- By implementing these precautions, operators can reduce the risk of diamond segment detachment and ensure a safer cutting process when working with steel-reinforced concrete using laser welded diamond blades
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Product Highlights
- You will see a rough weld. it is not smooth or flat, it is jagged and rough. this is indicative of the laser welding process.
- Laser welded can withstand higher temperatures during cutting and extending blade life significantly.
- The disadvantage of laser welding diamond blade is that the diamond segments can not be replaced like high frequency welding blades when they are used up, and thus the cores are wasted.
- How to distinguish laser welded diamond blade with other saw blades? it is simple and easy by looking at where the diamond segments meet the core of the blade can help you getting a sense of which welding method was used.
- The weld is extremely accurate, so the blade core is very minimally affected.
- The most important point is that the diamond segments would not drop during cutting.
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Product Highlights
- This segmented rim diamond blade is designed for fast cuts in hard material like marble,tiles,granite, concrete, brick, and stone.the blade provides an optimized mix of select quality diamonds, for blades that deliver both fast cutting and longer life. each blade features a steel core that produces straight smooth cuts with less wobble. this stability helps result in lo...
- Steel core – delivers straight smooth cuts with less wobble
- Size: 14 inch, 350mm
- Fast cutting – quality diamonds embedded in an optimized pattern to help ensure that the diamonds are effectively engaged in cutting the material
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Product Highlights
- Efficiently cuts through hard granites, marbles & various stones
- Highly efficient and best suited for cutting materials like hard granite, marble, ceramic tiles, slate tiles, fibre glass, brick walls, plastic pipes, vitrified tiles, sand stones, cement sheets, terra cotta tiles and other natural stone materials.
- Weight- 1950g, size- 350x3.2x50mm (14"), diameter- 350mm, segments- 24, bore- 50mm, thick- 3.2mm, colour- blue, package contents- 1x jon bhandari tools premium segmented blade 350x3.2x50mm (14")
- The blade has diamond coating embedded for very smooth cutting.
- Wear safety goggles and gloves while using this blade.
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