Äskettäin katsotut tuotteet
03-55741
Velcro sanding paper 93 x 185 mm, P180, 5 pcs, with holes 55-741 by NEO TOOLS with dimensions 93 x 185 mm. It is characterised by gradation P180 and has a rectangular shape. The paper is recommended for use with wood, metal and plastic. The Velcro fastening facilitates quick and efficient changes. The NEO TOOLS paper has 8 dust extraction holes - each with a diameter of 10 mm, offering comfortable dust-free working and thus more efficient sanding without overheating the material. The NEO TOOLS set of 5 93 x 185 mm sanding papers is recommended for professionals and experienced do-it-yourselfers.
18-9781180
- Capacity: 0.5–6.0 mm² (AWG 20–10)
- Crimping positions: 1
- Length: 180 mm × Width: 50 mm × Thickness: 13 mm
- Weight: approx. 209 g
- Surface finish: polished head, plastic-coated handles
- Compliance: REACH-compliant (no SVHC); RoHS not applicable
02-54H003
Velcro sanding paper 115 x 230 mm, K 80, 5 pcs, with holes 54H003 by GRAPHITE with dimensions 115 x 230 mm. It is characterised by gradation 80 and is designed for orbital sanders (e.g. GRAPHITE 59G239 sander). The paper is recommended for use with wood, metal and plastic. The Velcro attachment facilitates efficient and quick changes. The paper has dust extraction holes, offering comfortable dust-free working and therefore more efficient sanding without overheating the material. The set of 5 sanding papers 115 x 230 mm is recommended for professionals and experienced DIY enthusiasts.
02-56H039
Blade for reciprocating saw GRAPHITE about the length 228 mm and variable dentition 8/6 teeth per inch long intended for cutting, among others wood with nails, plastics, fiberglass-reinforced composites, epoxy resin, plasterboard, window frames, wood, metal, fiber cement boards using saber saws. The maximum thickness of the materials is 175 mm. It is used in renovation, construction and demolition works as well as in home amateur work. It enables straight cutting. The saw blade produces less dust when cutting compared to traditional methods. Enables cutting close to the edge and in hard-to-reach places.
