Argon gas filling machine for insulating glass-manufacture,factory,supplier from China

The effect of argon gas filling on insulating glass(1) After filling with argon gas, it can reduce the pressure difference between inside and outside, maintain pressure balance, and reduce glass cracking caused by pressure difference.(2) After filling with argon gas, the K value of the insulated glass can be effectively improved, the condensation of indoor side glass can be reduced, and the comfort level can be improved.

Through the automatic insulating glass inflator, after filling the glass with argon, the following effects can be achieved:(1) Argon can reduce the internal and external pressure difference, maintain the pressure balance, and reduce the glass explosion caused by the pressure difference.(2) After argon is filled, the K value of the insulating glass can be effectively improved, the condensation of the indoor side glass can be reduced, and the comfort level can be improved, that is, the aerated insulating glass is less prone to dew and frost, but the non-aeration is not the direct cause of fog.(3

New Portable Insulating Glass Inflator Revolutionizes the Industry with Advanced Inert Gas Filling TechnologyIn a significant advancement in insulating glass manufacturing, a new Portable Insulating Glass Inflator has been introduced, setting a new standard in the efficiency and precision of inert gas filling processes.

The difference between insulating glass filled with argon and not filled with argon1. Thermal insulation performanceThe heat transfer coefficient K value of insulating glass filled with argon will decrease significantly. This is because argon is an inert gas with low thermal conductivity and low specific heat capacity. When argon is filled into the interior of the insulating glass, the heat convection and heat conduction in the insulating glass can be slowed down, thus weakening the thermal conductivity of the overall insulating glass.

1. Thermal insulation performanceThe heat transfer coefficient K value of insulating glass filled with argon will decrease significantly. This is because argon is an inert gas with low thermal conductivity and low specific heat capacity. When argon is filled into the interior of the insulating glass, the heat convection and heat conduction in the insulating glass can be slowed down, thus weakening the thermal conductivity of the overall insulating glass. This means that insulating glass filled with argon can better prevent the transfer of heat, thus improving the insulation performance.2.

(1) After the insulating glass is filled with argon, the pressure difference between the inside and outside can be reduced, the pressure balance can be maintained, and the glass explosion caused by the pressure difference can be reduced.(2) It can effectively improve the K value of the insulating glass, reduce the condensation of the indoor glass, and improve the comfort level.

There are the following differences between aerated and non-aerated insulating glass:1. Heat insulation performance: Through the insulating glass aeration equipment, the insulating glass filled with argon has better heat insulation performance. Since argon is a stable and inactive gas, its heat conduction capacity is lower than that of air, so the aerated insulating glass can effectively reduce the conduction heat loss and improve the heat insulation effect. In contrast, non-aerated insulating glass only insulates through air pores, and the effect is relatively poor.2.

Introduction to Insulating Glass EquipmentInsulating glass, also known as double glazing, is a type of window glass that consists of two or more glass panes separated by a spacer and filled with a dehydrated air or gas. Insulating glass equipment is used in the manufacturing process to produce these energy-efficient windows.The production of insulating glass involves several key steps, such as glass cutting, edge grinding, washing, drying, spacer assembly, gas filling, and pressing.

The automatic molecular sieve filling machine is a professional equipment used for the production of grooved aluminum insulating glass. As an auxiliary equipment for the automatic aluminum strip bending machine, it can fill the aluminum frame with molecular sieve. The filling machine produced by our company is a specially developed equipment based on the characteristics of "molecular sieve".

1, Promote low-carbon green developmentInsulating glass industry will focus on environmental protection, energy conservation and low-carbon green issues, grasp the sustainable development of the insulating glass equipment industry, enhance energy saving, environmental protection, safety and other core competencies, building low-carbon green development path.2, increase marketing effortsIn promoting the development of China's insulating glass industry, insulating glass processing equipment plays a key role, enterprises must increase marketing efforts, give full play to the advantages of the