Concerete Cutting By sarrah

• Arbor: 7/8"-5/8" bushing, Segment height .395"(10mm). Size is 9"x.100"x.395"/10mm.
• Hot-pressed sintered blade: The grain of diamond will not become larger, the density is high and the mechanical property is good. There is no need to add sintering aids or forming aids, so the purity is high.
• Main features: The product is 9" High Performance Blade, High Performance diamond matrix provides 200x's the life of conventional abrasives and enhanced material removal.
• Designed for: Brick, block, concrete, masonry, stone etc.
• Applicable models: Angle grinder, Circular saw, Hand-held power saw, Masonry saw, etc.

• 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.
• 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.
• the weld is extremely accurate, so the blade core is very minimally affected.
• laser welded can withstand higher temperatures during cutting and extending blade life significantly.
• The most important point is that the diamond segments would not drop during cutting.
• 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.
• 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.
• the weld is extremely accurate, so the blade core is very minimally affected.
• laser welded can withstand higher temperatures during cutting and extending blade life significantly.
• The most important point is that the diamond segments would not drop during cutting.
• 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.
• 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.
• the weld is extremely accurate, so the blade core is very minimally affected.
• laser welded can withstand higher temperatures during cutting and extending blade life significantly.
• The most important point is that the diamond segments would not drop during cutting.
• 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.
• 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.
• the weld is extremely accurate, so the blade core is very minimally affected.
• laser welded can withstand higher temperatures during cutting and extending blade life significantly.
• The most important point is that the diamond segments would not drop during cutting.
• 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.