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Thermal Stainless Steel Forceps

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Out-of-Stock

Stainless Steel Laboratory Forceps for the Safe Handling of Hot Equipment.
Manufactured from 18/10 stainless steel, with designs specifically developed for crucibles, evaporating dishes, beakers, flasks and ground glass joint connections.
Models with curved tips or circular jaws for stable and precise gripping.
Versions with fibreglass thermal coating for additional user protection.
Thermal resistance up to 500 °C, suitable for heating processes and safe handling operations.

€11.24 tax incl.
€9.29 Tax excl.
Spain 21% VAT; The final tax applicable may vary according to the country of destination.
Model
Out-of-Stock

Range of Stainless Steel Laboratory Forceps Designed for the Safe Handling of Hot Containers and Hazardous Items.

Manufactured from high-quality stainless steel, these tools are designed to ensure firm and stable gripping of various laboratory materials during heating, evaporation or other safe handling procedures. Their ergonomic scissor-style design enables precise control and reduces the risk of direct contact with hot or hazardous surfaces.

Available models:

  • Ref. 454.002 – Curved Forceps for Crucibles and Evaporating Dishes.
    Stainless steel forceps with curved tips, ideal for handling crucibles, evaporating dishes, beakers or bottles during thermal processes.
    Length: 300 mm.
    Thermal resistance up to 500 °C.
  • Ref. 454.003 – Beaker Tongs with Thermal Coating.
    Manufactured from 18/10 stainless steel, featuring circular jaws for secure gripping of beakers.
    Adjustable opening from 0 to 220 mm.
    Suitable for beakers up to 3,000 ml.
    Fibreglass coating with thermal resistance up to 500 °C.
  • Ref. 454.004 – Flask Tongs with Thermal Coating.
    Designed for the safe handling of large-capacity flasks.
    Manufactured from 18/10 stainless steel, with circular jaws and fibreglass thermal coating.
    Maximum gripping diameter: 150 mm.
    Overall length: 320 mm.
    Suitable for flasks up to 10 litres.
    Thermal resistance up to 500 °C.

These forceps represent an essential laboratory safety tool, enabling controlled handling of hot or potentially hazardous materials while enhancing user protection and maintaining experimental stability.