Aluminium nuts - Import export

These parts are use for furniture fittings.

CNC Turning Aluminum nut

The process is CNC turning. The material is aluminum. The finish is anodizing.

Angle diecast zinc. Screws and slot nuts steel. End cap polyamide, fibreglass reinforced. Version Angle painted aluminium tone. Screws and slot nuts electro zincplated. End cap black. Note Suitable for reinforcing profile constructions and for frictional connection of profiles with each other without machining. Can also be used as fastening element (e.g. bracket) for any components. The angles have centring lugs for accurate and twistproof mounting. The centring lugs can be removed if necessary by breaking off i.e. for mounting plates. The open side can be closed off with the end cap.

Fields of application: • Perfectly suited for highly stressed applications in shell construction • Structural components (e.g. safety components, etc.) Strength: • "10.9" or "12.9" for blind rivet nut steel • "10.9" for blind rivet stud steel • "8.8" for blind rivet nut aluminum Customer benefits: • Fast assembly with one-sided accessibility • Solution for highly stressed applications • Process monitoring possible • Mechanical properties significantly higher than standard steel blind rivet nuts • Optimization of joints in various applications (e.g. weight reduction) • Combination with customer-specific requirements and other GESIPA® innovations

Working range Blind rivet nuts from M3 up to M10 of all materials and M12 aluminium and steel, blind rivet nut studs M4-M8 Technical data Weight: 1,25 kg Stroke: 6 mm The GBM 40-R is compact, functional and fast. With its compact design the tool sets blind rivet nuts up to M12. Furthermore the GBM 40-R has a great application access and low weight. The ratchet function provides a very good power transmission. The exchange of nosepiece and threaded mandrel is possible without any tool. Nosepiece and threaded mandrel are also compatible with the GBM 50.

T-Slot Nuts and Rhombus T-Slot Nuts for Aluminum Profiles for groove width: 5 - 6 - 6,5 - 8 - 10 - 11 - 12 different designs possible: — single, double — retractable, swiveling — with/without thread — ESD-capable different fixations possible: — spring plate — spring ball — pressure spring different materials possible: — steel, galvanized — plastic — stainless steel separate spring for slot nut as mounting and positioning aid available as accessory many different designs in lengths and widths with/without fixation in the delivery assortment individual designs on request

Description: Connection joint with friction for the creation of system arms using profile pieces; pivotable 360°; friction joint can be attached lateral, transverse, or on the face of the profile; if attached on the front face, the core hole of the respective profile must be M8 threaded (min. 15 mm deep) Material: Housing: Aluminum die-cast Cover ring: Plastic Inserts: Steel Friction shaft: Steel Cover caps: Plastic Screws: Steel Washers: Steel Centering plates: Aluminum die-cast T-slot nuts: Steel Surface: Housing: Laquered Centering plates: Laquered Screws: Zinc plated Washers: Zinc plated T-slot nuts: Zinc plated Color: Housing: Alu color Cover ring: Gray ≈ RAL 7042 Cover caps: Gray ≈ RAL 7042 Centering plates: Alu color Set: Various Sets available - Please contact us for Details Pack Quantity: 1 piece/set

With PIAS® pierce-clinch nuts (square) and RIVTEX® (ROUND) a non-detachable metal fastening can be created at optimum cost. The pierce-clinching technology is suitable for steel and aluminium sheets, causes very little cost for inspection and control, and allows several pierce-clinch screws to be processed in a single stroke. PIAS® and RIVTEX® pierce-clinch nuts offer the following advantages over welded nuts: corrosion-resistant no weld spatter on the thread no thermal weakening at the fastening position self-piercing higher torque requirements high process reliability in fully-automated processing flush-mounted processing processing can be manual, semi or fully automated self-locking thread possible