orange square SNAPLOC® mini

Technology

  • Sink marks on visible surfaces are avoided
  • No mass accumulations at insertion points
  • Connections can be undone as often as desired
  • Minimised construction height
  • Avoidance of break-outs
  • Economic processing
  • Plastic fastening elements
  • Simplified injection moulding tools
Principle
Thermal riveting
form fit joint
Processing
  • The fastening element is inserted on the centring segments
  • Plastification takes place contact-free using hot air
  • Riveting using a cold punch, for which reason it is reproducible and low-tension
Features
  • Fastening element and component can consist of different materials
  • Stability increase by the use of materials having a higher strength
  • Snap systems, threaded parts or moulded parts
Variants
  • SNAPLOC® mini is adapted to customers‘ requirements
  • The function and anchoring area can be combined as desired
Snap
Screw-fitting
kamera Schematic representation
Applications
Workpiece fixing for Online metallisation of mobile phone half shells

Cover
Half shell
Workpiece carrier
Fitted


Fast and secure fixing of the half shell, sealing of areas not subject to metallisation, no loose fixing elements
Technical data
  • Spin welding element (ball pin)
    PCGF
    1830 0025 002
  • Weld-on element (snap element)
    PAGF
    1840 1025 038
  • Component with 4 SNAPLOC®
Pull-off forces at 100 opening cycles
4 x SNAPLOC® mini at ambient temperature		4 x SNAPLOC® mini after hot storage at 80°C
Full snap locking function after 100 times opening
and closing.		No negative effects for draw-off strength at 80°C.
Order example
Socket:
Screw:		1840 1025 038
1830 0025 002

Exposes itself together:
18XYZABCDEF

18XY
X = 3 = Spin welding element SNAPLOC® mini screw
X = 4 = Weld-on element SNAPLOC® mini socket
Y = 0 = Snap element
Y = 1 = Thread		Z
Plastic material
0 = Lexan 4314 (PC GF 40 black, currently screw)
1 = Grilon TSGZ 30 (PA 6 GF 30, currently socket)
2 = etc.
ABC
Diameter or thread		DEF
Characterising length


letzte Änderung dieser Seite am 29.01.2006