In chemical explosion-proof scenarios, the housing material of linear electric cylinders is like theirprotective suit, which directly determines their durability and safety in harsh environments. Aluminum alloy and stainless steel are two commonly used housing materials, each providing a solid guarantee for the stable operation of linear electric cylinders in the chemical industry with their unique advantages.

Aluminum alloy, with its lightweight characteristic, brings great convenience to the installation and handling of linear electric cylinders.

In some chemical production processes that require frequent movement or have strict requirements on equipment weight, linear electric cylinders with aluminum alloy housings are well-suited for the task. It also features excellent heat dissipation performance, just like an efficientheat sinkinstalled on the linear electric cylinder.

During the operation of a linear electric cylinder, the motor and transmission components generate a large amount of heat. Aluminum alloy can quickly conduct this heat away, effectively lowering the internal temperature of the equipment. This extends the service life of the motor and other key components, ensuring the linear electric cylinder maintains optimal working performance at all times.

Aluminum alloy also has a certain degree of corrosion resistance, capable of withstanding erosion from common corrosive substances in chemical environments, such as mild acid-base gases and some chemical solvents, thus providing reliable protection for the stable operation of linear electric cylinders.

Stainless steel, on the other hand, is renowned for its high strength and superior corrosion resistance.

It is like an indestructiblesteel guardian, able to withstand various physical impacts and pressures that may occur in chemical production. Whether it is equipment vibration, collision, or external mechanical stress, the stainless steel housing can maintain structural integrity with its outstanding strength and rigidity, ensuring the precision components inside the linear electric cylinder remain unaffected.

When facing highly corrosive chemical substances such as strong acids, alkalis and salts in chemical environments, stainless steel exhibits exceptional corrosion resistance.

It can operate stably for a long time in these harsh chemical environments without housing thinning or strength reduction caused by rust, thereby effectively avoiding potential safety hazards arising from housing damage.

If you plan to cooperate with a linear electric cylinder supplier for the long term and focus on the manufacturer’s production capacity stability and technological upgrading capability, please feel free to contact us. We have a large-scale production base and a dedicated R&D team, which enables us to ensure stable long-term supply and timely provide information on the new generation of linear electric cylinder products.