100pcs 1inch (25mm) Sanding Discs Pad 100-3000 Grit Abrasive Polishing Pad Kits for Dremel Rotary Tool Sandpapers Accessories AA

Suitable for polishing artificial stone, furniture, wood products, metal, automobiles, etc.

It is suitable for smoothing internal and external curved edges, surface treatment, suitable for most electric grinders.

It is suitable for polishing various metals, iron, aluminum, wood, ceramics, polishing hard outer surfaces of wood, wooden products, etc., and can be used for fine woodworking process design.

Outstanding value and quality make your rotating tool a multifunctional high-speed sander.

Specification:

Color: wine red

Material: alumina + plastic

Application: electric polishing

Sandpaper diameter: 1 inch 25MM

Thread size: M6

Link length: 45mm

Total height: 60mm

The smoother the surface of the sandpaper, the larger the grit size.

Package Include:

100Pcs 1inch 25mm Sandpaper

1Pcs M6 Thread

1Pcs Connecting rod

Notes :

1.There could be some slight differences in the color tone of the pictures and the actual item.

2.Please allow 1-2mm differs due to manual measurement, thanks.

Payment

Full payment should be made within 3 business days of placing your orders.

The buyer will be responsible for tax or duty charged by their country.

Shipment

We are shipping from China mainland.

Items will be shipped within 3-5 Business day after payment is received.

Usually, your parcel may 7-25 Business days to arrive. In rare cases, it may take longer due to delay in custom clearance or during the holidays.

If you would like, other shipping methods are available for an additional charge, you can suggest us.

Warranty

One year warranty is provided. If you feel disappointed with the item,tell us with 7 days of delivery. Items must be returned in original condition for refund/exchange.

Your satisfaction is always our NO.1 priority.

FAQ

All products are gone through strict test before shipment. All photos displayed are 100% real and for reference only.

Please allow possible slight differences due to technical improvement and variance.