Chipboard screw Power-Fast D6xL70mm countersunk head stainless steel A2 TG PZ FISCHER

The fischer PowerFast FPF-SZ A2P made of A2 stainless steel is a partial thread screw with a Phillips drive. The countersunk head allows for flush mounting in wood. The partial thread design enables a tight connection between timber elements. The screw is suitable for fastening load-bearing components in coated wood, hardwood, softwood, and timber connections, for example, in carport and balcony construction. Marketing claim: Premium A2 stainless steel chipboard screw with countersunk head and partial thread for effortless installation. Advantages: The unique PowerFast thread extends to the screw tip, ensuring a fast bite. This noticeably simplifies processing in all timber materials. The optimized head geometry allows for a precise and splinter-free surface finish, even with close-to-edge fastenings, without the screw tearing out. The shank milling ribs (for partial thread screws from 50 mm length) reduce the screw-in torque, thus enabling energy-efficient and battery-saving work. The ETA assessment guarantees the high safety and premium quality of fischer PowerFast screws in both softwoods and hardwoods. Precise and splinter-free surface finish without the screw tearing out, even with close-to-edge fastenings. The high-performance sliding coating reduces friction and accelerates the screwing process. The under-head milling ribs ensure an attractive Power and battery capacity: Shank milling ribs reduce the screw-in torque. High safety due to ETA approval. With countersunk head. Further technical features: · ETA approval: Yes · Thread length: 42mm · Core Ø: 4mm · Pro / DIY: Pro · Test marks / approvals: ETA - European Technical Assessment · Shank diameter: 4.2mm · Packaging variant: Folding carton Precise and splinter-free surface finish without the screw tearing out, even with close-to-edge fastenings. High safety due to ETA approval. With countersunk head. Saves power and battery capacity: Shank milling ribs reduce the screw-in torque.