OMM 01.0274.00 Bunsen Burner Meker D 30 x H 200 (mm)

OMM 01.0274.00 Bunsen Burner Meker D 30 x H 200 mm

meker-type laboratory burner with wide flame and high heating efficiency

The OMM 01.0274.00 Bunsen Burner is a precision-engineered laboratory burner with a Meker-type design that produces a wide, stable, and high-temperature flame. With a large 30 mm diameter head and 200 mm height, it is ideal for uniform heating applications in laboratories that require consistent and efficient flame performance. This burner is particularly suited for experiments involving larger vessels or processes that demand a broad heat source.

Constructed for reliability and daily laboratory use, this burner is suitable for academic, industrial, and research laboratories where high performance and safety are essential.

features and benefits

• meker-type burner head generates a wide, uniform flame for even heat distribution

• large flame surface area supports heating of bigger glassware and containers

• height of 200 mm and diameter of 30 mm ensures greater flame coverage

• constructed with durable materials to endure repeated high-heat applications

• lightweight at just 0.3 kg for easy handling and portability

• compatible with standard laboratory gas connections

applications

• chemical laboratories: ideal for boiling solutions, distillation processes, and chemical reactions

• biological and microbiological research: suitable for flame sterilization of instruments and sample heating

• educational laboratories: used for demonstrations and hands-on lab sessions involving high-temperature applications

• industrial laboratories: applicable in quality assurance tests, material heating, and chemical processing

specifications

• model number: 01.0274.00

• type: meker bunsen burner

• diameter: 30 mm

• height: 200 mm

• weight: 0.3 kg

• unit: 1 piece

The OMM 01.0274.00 Bunsen Burner Meker offers superior flame stability, wider coverage, and high thermal efficiency, making it an essential heating device for laboratory environments requiring reliable, even, and powerful flame performance.