High material removal capacity with maximum dust extraction. The patented Multi-JetStream 2 pad guarantees outstanding sanding results thanks to its unique functional principle. Multi-JetStream 2 is defined by the unique interaction between intake air and exhaust air with optimum dust extraction right up to the edge. The result is virtually 100 percent dust extraction for a consistently high material removal rate, top surface quality and a healthy working environment.
WARNING: Proposition 65 Warning for California Residents View Details
Convenient and Safe: The optimised intake and exhaust air system leads to maximum suction power – even near edges. For a clean and healthy working environment
Achieve Ideal Results More Quickly: The patented channel structure with active dust transport ensures that the abrasive remains dust-free for longer. For high sanding performance and a long service life
Innovative Down to the Finest Detail: The high-temperature-resistant fastener enables the service life of the sanding pad to be significantly extended
Active Dust Conveying Concept: A flow is generated between the intake air and exhaust air channels, similar to that which is produced when ventilating a room. The 48 suction holes collect the dust and transport it actively to the exhaust air channels. Dust is extracted from every point on the pad – right up to the edge – due to the ingenious arrangements of the channels
Best Extraction Effect with Maximum Sanding Performance: Effective dust extraction ensures that the fastener and abrasive remain dust-free for longer. The sanding effect remains high and the abrasive can therefore be used for longer
High Temperature Durability Burr: The fastener consists of high-temperature-resistant material and is therefore particularly durable. The special hooks in the fastener ensure perfect adhesion of the abrasive
High Edge Solidity: Thanks to the high-quality foam formula, the MULTI-JETSTREAM 2 sanding pad offers a high level of robustness right up to the edge area – for a long service life
