Overview

Water Bath Nitrogen Blower LC-WNB104 is a benchtop design with an adjustable distribution chamber that can be used in combination or individually and can be switched on and off independently with an efficient gas flow of 330/sample ml/min. The needle valves allow precise adjustment of the gas flow rate and pressure regulation resulting in efficient and safe sample reduction with minimal nitrogen waste. The stainless-steel construction of the bath ensures the instrument is long-lasting and durable.

Specifications :

Number Of Samples Processed	48
Heating Method	water bath
Number Of Standard Heating Blocks	A test tube rack
Test Tube Diameter	16.5 mm
Temperature Control Accuracy	±1 ℃
Temperature Control Range	Room temperature to 100 °C
Nitrogen Consumption mL/Min	330/sample (adjustable) ml/min
Gas Flow Meter L/Min	0 to 15 L/min
Dimensions	340×200×460 mm
Weight	8 Kg
Power	600 W

Features :

• - Each gas needle channel on the distribution chamber can be used in combination or individually and can be switched on and off independently
• - The Distribution room height can be adjusted as per the need
• - Each gas flow can be adjusted individually meeting the different needs of the users
• - At the same time, it overcomes the weakness that the airflow of each gas path of the non-adjustable nitrogen blower is different
• - Cleverly designed with the unique self-balancing suspension lift system makes the height adjustment of the distribution room more flexible
• - Digital thermostat, dual digital display, PID technology is used for adjustment, and over temperature alarm can be realized
• - The parts that come in contact with the solvent are all made of 316 stainless steel, making it easily cleanable and has a long service life
• - Each model can be equipped with a gas flow meter and pressure-regulating valve
• - The standard test tube rack specification is generally φ15mm in diameter, and users with special specifications can pre-order its special aperture and arrangement in advance

Applications :

Nitrogen Blower is mainly used for the concentration of large samples under anaerobic conditions. Widely used in the fields of agricultural residue analysis, commodity inspection, food, environment, pharmaceutical, biological products, and other industries.