Chipboard Screw Power-Fast D6xL60mm 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 firm connection between wooden elements. The screw is suitable for fastening structural components in coated wood, hardwood, softwood, and wood connections. For example, in carport fastenings and balcony construction. Marketing claim: Premium chipboard screw made of A2 stainless steel with countersunk head and partial thread for effortless installation. Advantages: The unique PowerFast thread extends to the screw tip, ensuring quick bite. This noticeably simplifies processing in all wood materials. The optimized head geometry allows for a precise and splinter-free surface finish, even with edge-close screw connections, without the screw tearing off. The shank milling ribs (for partial thread screws 50 mm long and above) reduce driving torque, thus saving effort and battery power. The ETA approval 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 off, even with edge-close screw connections. The high-performance gliding coating reduces friction and accelerates the screwing process. The milling ribs under the head ensure an attractive force and battery capacity: Shank milling ribs reduce driving torque. High safety due to ETA approval. With countersunk head. Further technical properties: · ETA approval: Yes · Thread length: 36mm · Core Ø: 4mm · Professional / DIY: Professional · Test marks / approvals: ETA - European Technical Assessment · Shank diameter: 4.2mm · Packaging variant: Folding box Precise and splinter-free surface finish without the screw tearing off, even with edge-close screw connections. High safety due to ETA approval. With countersunk head. Saves effort and battery capacity: Shank milling ribs reduce driving torque.