Fischer - Aircrete Steel Anchor FPX-I K

Description

* After expansion, the hex socket is automatically released. * No rotation of the anchor. * The Fischer Aircrete anchor is applied with a hex driver via a cordless screwdriver or via a ratchet. * Simple and power-saving installation without an additional setting tool. * In this case the four wings create an undercut in the drill hole. * Automatic setting control ensures maximum safety. * Fischer Aircrete anchor FPX-I is made of zinc-plated steel. The strong internal thread anchor with unique four-way expansion for fixings in aerated concrete. * The first approved metal anchor for aerated concrete. * High load capacity: Expanding wings create undercut. * This saves on fixing points. * Simple and power-saving installation without an additional setting tool. * No rotation of the anchor. * Automatic setting control ensures maximum safety. * Fischer Aircrete anchor FPX-I is made of zinc-plated steel. * After pre-drilling, the FPX-I is only driven in with the hammer. * It is not necessary to clean the drill hole. * The Fischer Aircrete anchor is applied with a hex driver via a cordless screwdriver or via a ratchet. * The cone is then pulled into the expansion sleeve. The strong internal thread anchor with unique four-way expansion for fixings in aerated concrete. * The first approved metal anchor for aerated concrete. * This saves on fixing points. * The Fischer Aircrete anchor FPX-I is ideally suited for fixing suspended ceilings, railings or kitchen cabinets in aerated concrete.

Key Features

• The strong internal thread anchor with unique four-way expansion for fixings in aerated concrete.
• * Fischer Aircrete anchor FPX-I is made of zinc-plated steel.
• * The first approved metal anchor for aerated concrete.
• * Simple and power-saving installation without an additional setting tool.
• The strong internal thread anchor with unique four-way expansion for fixings in aerated concrete. * The first approved metal anchor for aerated concrete. * High load capacity: Expanding wings create undercut. * This saves on fixing points.
• * High load capacity: Expanding wings create undercut.