OMM 03.1367.00 Gauze without ceramic disk 200 x 200 (mm)

OMM 03.1367.00 Gauze without Ceramic Disk 200 x 200 mm

large mesh support for laboratory heating and stability

The OMM 03.1367.00 Gauze is a heavy-duty, corrosion-resistant laboratory support designed for heating large glassware safely and effectively. With a generous 200 x 200 mm mesh surface, this gauze is perfect for distributing heat evenly under beakers, flasks, and crucibles. Constructed from zinc-plated iron, it offers reliable durability and longevity, even with repeated exposure to flame and high temperatures.

Its open mesh design allows for efficient flame dispersion without hotspots, making it an ideal component for safe and stable heat transfer during experiments. Manufactured in Italy, this gauze is built to meet the demands of laboratories, from academic to industrial use.

features and benefits

• large 200 x 200 mm surface fits a wide range of large lab glassware

• constructed from zinc-plated iron for excellent heat resistance and corrosion protection

• durable and stable under frequent heating applications

• even heat distribution across the mesh prevents thermal stress on glassware

• compatible with standard Bunsen burners, spirit lamps, and other direct flame sources

• lightweight at 0.4 kg, easy to handle and position on stands or tripods

applications

• supporting beakers, flasks, or crucibles during high-temperature heating

• heat distribution for boiling, distillation, or other thermally sensitive experiments

• educational use in school and university laboratories for safe glassware heating

• professional and industrial laboratories for routine heating tasks in research and analysis

specifications

• model number: 03.1367.00

• material: zinc-plated iron

• size: 200 x 200 mm

• weight: 0.4 kg

• ceramic disk: none

• country of origin: Italy

The OMM 03.1367.00 Gauze without Ceramic Disk offers a reliable and stable platform for heating large lab vessels, ensuring safety, efficiency, and durability across a wide range of laboratory applications.