Spring Plungers

Shipping Days	All Same day 2 Days or Less 3 Days or Less 4 Days or Less 5 Days or Less 6 Days or Less 8 Days or Less 9 Days or Less 10 Days or Less 11 Days or Less

?* Information on days to ship and prices

• • Promotional pricing

  

  Spring Plungers, with internal hexagon

  HALDER

  Spring plungers can be used for locating or for applying pressure, as a detent or for ejection.

  3D CAD data available

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  Starting from∗ ：	2.14 €
  	Special price
  Min. Shipping Days ：	Same day

  *Unit price with basic configuration

• 

  Spring Plungers, long

  HALDER

  To be used for ejecting, as a detent, for applying pressure or as a shock element.

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  Starting from∗ ：	11.78 €
  Min. Shipping Days ：	2 Days

  *Unit price with basic configuration

• 

  Spring Plungers, with pin and internal hexagon

  HALDER

  [Features] It is used for positioning, fixing, pressing, releasing, etc.

  3D CAD data available

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  Starting from∗ ：	2.11 €
  Min. Shipping Days ：	Same day

  *Unit price with basic configuration

• 

  Spring Plungers, with pin and slot

  HALDER

  To be used for locating or for applying pressure, as a detent or for ejection.

  3D CAD data available

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  Starting from∗ ：	1.21 €
  Min. Shipping Days ：	Same day

  *Unit price with basic configuration

• 

  Ball-Ended Thrust Screws, headless, flat-faced ball and hexalobular socket / flat-faced ball, plain surface

  HALDER

  For clamping and supporting of surfaces that are not exactly parallel.
  The hexalobular drive enables an optimal load transmission. The driving forces are not transmitted by edges (e.g. with the internal hexagon) but by surfaces. Due to the optimal load transmission, the tool wear is reduced and, as a result of this, the tool life is increased.

  3D CAD data available

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  Starting from∗ ：	4.31 €
  Min. Shipping Days ：	4 Days

  *Unit price with basic configuration

• 

  Ball-Ended Thrust Screws, headless, round ball and hexalobular socket / round ball

  HALDER

  Also for positioning, clamping, tightening or supporting of surfaces that are not exactly parallel.
  The hexalobular drive enables an optimal load transmission. The driving forces are not transmitted by edges (e.g. with the internal hexagon) but by surfaces. Due to the optimal load transmission, the tool wear is reduced and, as a result of this, the tool life is increased.

  3D CAD data available

  Select to compare

  Configure now
  Starting from∗ ：	2.27 €
  Min. Shipping Days ：	Same day

  *Unit price with basic configuration

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