Your shopping cart is empty!
| Location | Availability | Min Qty |
| BC Warehouse | 1 | 1 |
| Ontario Warehouse | 60 | 10 |
Discounted Shipping Calculated in the Checkout
The mounted flap wheel KM 613 is the specialist for working in hard-to-reach areas and shines with outstanding performance on such materials as
This small mounted flap wheel has been designed as the perfect complement to all straight grinders and drilling machines with speed control. The unique features of the KM 613 include the soft and flexible flap structure and a constant removal rate. This tools makes it easy to process workpieces that are made up of complex surfaces shapes.
The flexible movements of its flaps provide for additional ventilation on this mounted flap wheel. This allows for cooler grinding, preventing the formation of annealing colours on the workpiece. The KM 613 is used for finishing on metal and is guaranteed to create a brilliant surface finish on stainless steel. Better still, its constant removal rate turns this mounted flap wheel into the ideal abrasive tool for other materials shuch as wood and plastic.
The bonding agent used for the mounted flap wheel KM 613 uses a proven and high-quality synthetic resin. The grain chosen for this product is aluminium oxide. A mounted flap wheel in this excellent quality meets the requirements of demanding applications - whether home improvement or professional users.
The mounted flap wheel KM 613 comes in a large selection of dimensions and grit sizes – from fine to coarse: professional results guaranteed. Small areas are just as easily processed as large profiles. To allow for use in collets, the mounted flat wheel has standard shaft.
Klingspor's abrasive mop products cover a wide field of real-world applications. This includes the use in the industry, for example during fine grinding or the processing of welds. Klingspor offers well-established safety with products that have been tested in accordance with oSa guidelines and the EN 13743 safety standard. To keep safe, the user needs to observe the maximum motor speed and minimum clamping length that are dictated by the exposed shank length.
