LI-309 Glovebag

LI-309 Glovebag Details

The LI-309 Glovebag is designed for precise tasks on flat or contoured surfaces, ideal for safeguarding against contamination while working on or operating valves or gauges. Its compact and focused design offers protection and ease of use in environments requiring meticulous attention to detail that only a glovebag can provide.


  • 11" x 16" flange flap with closure zipper
  • Single glove sleeve port for access to work chamber
  • 9" access zipper and 1"dia service sleeve open to chamber
  • Best for use on flat or contoured surfaces to provide protection while working on or operating contaminated valves or gauges.

LI-309 Materials and Construction:

Main Body: The LI-309 is made from 12 mil or 20 mil double-polished clear PVC, known for its durability, visibility, and fire retardant qualities.

Glove Sleeves: It includes a single glove sleeve port crafted from 8 mil translucent yellow PVC, which is also fire retardant, facilitating safe and direct interaction with the work chamber.

LI-309 Design Features:

Flange Flap: An 11" x 16" flange flap with a closure zipper provides a secure seal on various surfaces, accommodating different operational settings.

Access: The glovebag features a 9" access zipper for easy entry to the chamber and a 1" diameter service sleeve, enhancing functionality and accessibility for tools or materials.

LI-309 Functionality:

The LI-309 Glovebag is tailored for operations requiring close attention, such as maintenance or inspection of contaminated valves or gauges. Its design ensures that it can be effectively used on both flat and contoured surfaces, offering a protective barrier that maintains a clean work environment.

Perfect for specialized tasks that demand precision and protection, the LI-309 Glovebag by Lancs Industries stands out as a practical tool for professionals working in potentially contaminated areas, ensuring safety and efficiency.

Control contamination

Learn more about our wide variety of glovebags with different configurations and dimensions.