Product Details

Reinforced abrasive depressed center Grinding Wheels for Metal Steel

This depressed center grinding wheel made with multiple-layer of fiber glass net as reinforced material.

This grinding wheel feature is high tensile strength, shock resistance strengths and flexure strength. Its applicable linear velocity can reach 80m/s. The reinforced layers can be producing according to customers special requirements.

This grinding wheel is mounted on the electric angle grinder for free grinding. It can be widely used in such industries as machinery, automobile, ship-building, metallurgy and chemistry. It also can be used in the iron parts decoration and equipment manufacturing of modem residence and plant buildings.

Our Advantages

- with top grade aluminum oxide grains

- excellent druability and sharpness

- high security

- good quality / price ratio

- for all metal and stainless steel

- prompt delivery

- small order accepted

- OEM accepted

Products Size

- T27 depressed center for general metal use grinding wheels

wheel size	speed R.P.M	wheels / case
100 X 6 X 16 mm	15200	200
115 X 6 X 22.2 mm	13300	200
125 X 6 X 22.2 mm	12200	100
150 X 6 X 22.2 mm	10200	100
180 X 6 X 22.2 mm	8500	50
230 X 6 X 22.2 mm	6650	40

- Other size like 4mm, 5mm thickness grinding disc, 2.5mm or 3mm flexible grinding disc also available

Packaging & Shipping

Inner box then in outer carton

Safety Guide

A. Safety Recommendations

- Wear protective goggles

- Wear protective gloves

- Wear ear protectors

- Wear dust respirator

- Observe safety recommendations

- No barehanded or hand-hold operation

- No wet grinding

- No side grinding

B. Mounting System

Never use Two different diameter flanges cutting or grinding, must always keep the two flanges with same outside diameter and support area.

C. Abrasive wheels conveying and storage

1. The abrasive grinding wheel and cut off wheel must be conveyed with complete package to avoid collision and vibration.

2. Store wheels in an area that is dry and protected against damage from impack, solvents (e.g. alkaline), high humidity, and extreme heat or cold.

3. Store wheels horizontally. Oblique or vertical storage will cause damage to the wheel, so does high pressure on surface.

4. Avoid direct contact with ground. Dampness isolating cusion board should be placed between wheel and the ground. Keep the distance between the cushion board and the ground 10-15cm, and the pilling height shall not exceed 1.5m.

5. Arrange wheels so that older ones will be chosen before new ones.

6. If they have been stored for over one year, the products must be used after the rotation intensity test and apperance check.

D. Mounting and working

1. Ensure that wheels are mounted before using:

- by qualified persons

- according to the manufacturer's instructions

- only on the machines from which they were designed

2. Before mounting a wheel:

- inspect and test it to ensure that it is safe to use

- check that it is marked to indicate the maximum speed at which it can be used

- turn off and lock out the machine

3. When mounting a wheel, make sure that:

- the machine spindle speed does not exceed the speed which marked on the wheel

- the wheel fits freely, but not loosely on the spindle

4. Use flanges that:

- are equal in diameter and have equal bearing surfaces

- are at least one-third the diamter of the wheel

- have bearing surfaces that are true and free from burrs

- are properly undercut (unless it is a single flange used with a threaded-hole wheel)

5. Where required, use blotters that are free of creases, folds and dirt. Blotters should be just larger than the flanges.

6. Tighten the clamping nuts just enough to hold the wheel firmly.

7. Don't let screws for inserted nut mountings touch the abrasive part of the wheel, use screws taht are just long enough to engage a sufficient length of thread.

8. Make sure that the protective hood is properly adjusted and secured, and that is encloses the wheel as closely as the work will permit.

9. Clean the bearing surfaces of the wheel, flanges and spindles so that the clamping pressure is evenly distributed.

10. Check the speed of the spindle to make sure that it is not too fast for the type and size of wheel.

11. Make sure that the hole in the wheel bushing is the right size for the spindle (neither too small nor too large)

12. Tighten the spindle and nuts just enough to keep the wheel from moving out of position between the flanges.

13. Do not use cutting wheels as grinding wheels.