Plasterboard Fixing DIPK D10xL60mm FISCHER

The fischer hammerfix DIPK 10 consists of a white plug sleeve with an injection-moulded disc and a glass fiber reinforced plastic nail. The DIPK 10 is hammered in. By driving in the nail, the plug shaft expands in the building material. When used in solid building materials, the GFRP nail must be shortened at the tapered breaking point. The fischer hammerfix DIPK 10 is ideal for securely fastening pressure-resistant insulation materials up to 160 mm thick such as polystyrene boards, wood wool lightweight boards and PU rigid foam boards in concrete, solid and perforated bricks. Marketing claim: The economical hammerfix with plastic nail. Advantages: The glass fiber reinforced plastic nail (GFRP nail) reduces heat transmission and prevents marks on the plaster surface. The often proven design with low anchorage depth reduces drilling effort and achieves high economic efficiency. No marks on the plaster surface: Glass fiber reinforced plastic nail reduces heat transmission. The simple hammer-in installation enables a quick setting process and thus reduces work effort. The DIPK can be used universally in curtain-ventilated facades and plastered facades. Low setting depth reduces drilling effort. This saves time and costs. Flexible to use for plastered facades and ventilated facades. The surface of the plug disc is well suited as a plaster base. Plug disc a good plaster base. Hammer-in installation saves time. Further technical features: · Building material: Perforated brick, sand-lime solid and block brick KS, sand-lime perforated brick KSL, concrete, solid brick Mz · Nominal drill hole diameter: 10mm · Min. drill hole depth: 40mm · Min. drill hole depth for push-through installation: 70mm · Min. anchorage depth: 30mm · Usable length: 10 - 30mm · Professional / DIY: Professional · Pin length: 67mm · VDS approval: Yes · Packaging variant: Folding carton · Max. thickness of the add-on part: 30mm · Max. usable length: 30mm Plug disc a good plaster base. Flexible to use for plastered facades and ventilated facades. Low setting depth reduces drilling effort. This saves time and costs. No marks on the plaster surface: Glass fiber reinforced plastic nail reduces heat transmission. Hammer-in installation saves time.