Product features

Air condenser tube mainly relies on the heat exchange between the steam in the tube and the outside air to achieve condensation. It is easier and more flexible to use, and is especially suitable for experimental sites where there is no water source or where it is inconvenient to connect to waterways. It is suitable for distilling high-boiling substances with a boiling point above 140°C. It can avoid glass tubes from bursting due to high boiling points and ensure the safety of experiments.

Air condenser tube can save a lot of energy, reduce energy consumption costs during experiments or production processes, reduce environmental pollution, and meet the environmental protection requirements of modern experiments and production.

The long straight shape allows the steam to have enough time to fully exchange heat with the outside air. The thick mouth at the upper end is more convenient and stable to operate. The round mouth design improves the durability of the product. The bevel at the lower end reduces the residue and loss of liquid in the tube. 

Air condenser tube is made of high borosilicate glass material, low expansion rate, high temperature resistance, acid and alkali resistance, high strength, high hardness, high light transmittance, high chemical stability, fine workmanship, smooth surface, no burr defects

Product details 

Air condenser tube is usually a slender glass tube with a thicker upper end, a thinner lower end, and a tail ground into a 45° bevel.

We can customize air condenser tubes with special specifications according to customer requirements. If you order a large quantity, we can customize an exclusive trademark for you. Please consult online customer service for specific details.

Product specifications

Product applications

Air condenser tubes have been widely used in chemical experiments, industrial production and other fields due to their high efficiency, economy, wide application range, simple structure, safety and reliability.

Air condenser tubes are mainly used in chemical experiments and industrial production. They are suitable for distilling high-boiling point substances, such as organic synthesis, pharmaceuticals, petrochemicals, fine chemicals etc,to separate and purify high-boiling point products, and play an important role in situations where water condensation is not suitable.