Super Thin Cutting Disc

Specification

Type: T41
Structure: Resinoid, fiberglass reinforced

Features

The resin cutting disc is made of an organic resin binder

Containing one or more glass fiber reinforced meshes for the consolidation of abrasives

Suitable for

1) 41A for cutting of ordinary metals, carbon steel, steel alloy and hard bronze etc
2)41C for cutting of concrete, stone, leather cast iron, brass etc
3) 41WA for cutting of stainless steel, inox, precious metals such as steel alloy

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Super Thin Cutting disc
Size		Max.RPM
INCH	MM	72m/s	80m/s
4x1/25x5/8	100x1.0x16	13700	15200
4x3/64x5/8	100x1.2x16	13700	15200
4-1/2x1/25x7/8	115x1.0x22	12000	13300
4-1/2x3/64x7/8	115x1.2x22	12000	13300
4-1/2x1/16x7/8	115x1.2x22	12000	13300
5x1/25x7/8	125x1.0x22	11000	12200
5x3/64x7/8	125x1.2x22	11000	12200
5x1/16x7/8	125x1.6x22	11000	12200
6x1/16x7/8	150x1.6x22	9100	10200
7x3/64x7/8	180x1.2x22	7600	8500
7x1/16x7/8	180x1.6x22	7600	8500
7x1/16x7/8	180x1.8x22	7600	8500
9x5/64x7/8	230x2.0x22	6000	6600
Note: Size and colour can be customized.



Advanced corundum grit, resin bond and fiber system, less noise and dust
High cutting ratio, durable and sharp, high efficiency
Double nets for safety and steady when cutting


Widely used in Natural Stone; Stainless steel; General metal, auto, shipbuilding, machinery, metallurgy, construction, casting, and chemical industry.


Super thin cutting disc with maximum performance in the most demanding applications, with full diameter fiberglass reinforcement on each side of wheel, to provide greatest possible resistance to side pressure and bending.


Bond and reinforcement engineered to foundry market machine parameters and materials; full diameter pieces of reinforcement on the side of the wheel. Offers greatest possible resistance to side pressure and bending.

When the cutting sheet structure is not uniform, with the torque force, thermal stress, vibration and other factors in the cutting process, the stress will accumulate in the weak tissue, leading to fracture.
When the cutting resin lacks toughness, because the grinding wheel is always in a state of negative pressure during the cutting process, it inevitably produces lateral stress. When the cutting piece cannot resist the lateral force, the grinding wheel will break.
Poor planeness of cutting sheet, uneven cutting sheet structure, high hardness of cutting sheet and lack of toughness of cutting sheet resin. When the planeness of the cutting piece is poor, the cutting face is cambered. As the cutting depth increases, the cutting piece is subjected to increased lateral stress. If the grinding wheel is cracked for many times, the "soft piece" will result in "soft piece".
When the hardness of the cutting piece is high, the radial torque force of the cutting piece will increase. As the thickness of the cutting piece is usually less than 4mm, the cutting piece will break.
Therefore, to know the reason of fracture when super-thin cutting sheet cutting, in the future use of attention to avoid these problems.