OMM 03.1366.00 Gauze without ceramic disk 150 x 150 (mm)

OMM 03.1366.00 Gauze without Ceramic Disk 150 x 150 mm

large heat-resistant mesh for laboratory glassware support

The OMM 03.1366.00 Gauze is a high-quality laboratory mesh designed to support glassware during heating procedures. With a generous surface area of 150 x 150 mm, this gauze is ideal for use with larger beakers, flasks, and crucibles. Constructed from durable zinc-plated iron, it ensures even heat distribution while maintaining structural integrity under high temperatures.

Unlike gauze with a ceramic disk, this model offers an open mesh design that promotes rapid and uniform heat dispersion, making it suitable for general heating applications where a ceramic center is not required. Whether in research, education, or industrial environments, this gauze is a practical and dependable accessory for laboratory setups.

features and benefits

• larger 150 x 150 mm size accommodates a wider range of glassware

• made from zinc-plated iron for corrosion resistance and extended durability

• open mesh structure promotes even flame distribution and reduces hotspots

• lightweight at 0.2 kg, allowing for easy handling and positioning on tripods or ring stands

• ideal for use with Bunsen burners, spirit lamps, or other direct flame sources

• low-maintenance and cost-effective solution for heat support in labs

applications

• supporting laboratory glassware during heating, boiling, or distillation

• evenly distributing heat from a flame to avoid glassware stress and breakage

• educational settings for student laboratory experiments and safety demonstrations

• general laboratory use in chemical, biological, and industrial research environments

specifications

• model number: 03.1366.00

• material: zinc-plated iron

• size: 150 x 150 mm

• weight: 0.2 kg

• ceramic disk: none

• use case: heat support for laboratory glassware

The OMM 03.1366.00 Gauze without Ceramic Disk is a durable and essential lab accessory, providing dependable performance for heating tasks while supporting safe and efficient laboratory workflows.