How can I reduce the corrosion rate of syrup filling machine?

The syrup filler main frame is used to secure and support all working actuators, transmission components and control systems to ensure correctness and stability
in their relative positions.

The main frame of this machine is made of stainless steel plate, bent and welded
.

This structure guarantees stability, but also aesthetically pleasing and durable
.

The vacuum system draws in the air inside the bottle, which creates a negative pressure
inside the bottle.

The liquid medicine is filled from the liquid tank through the liquid supply system through the filling head to the
bottle.

When the solution reaches the desired level, the inlet is closed and the air inlet sucks away
the excess solution and foam.

Due to the particularity of the operating environment of the syrup filling machine, the structure of the metal itself is easily corroded, and the external environment such as temperature, humidity, and air will directly lead to corrosion
of the metal.

After the corrosion of mechanical equipment, the color, shape and basic performance of machinery may change, causing damage to machinery and equipment, waste of energy, and causing huge losses to enterprises
.

In order to reduce the damage caused by corrosion to the equipment, the anti-corrosion treatment that we should do in the design, production and later use includes: 1.
The choice
of materials.

Most of the mechanical and equipment materials used in the manufacturing industry are carbon steel
.

This steel is inexpensive and easy to source and
process.

When this steel is used in an ordinary working environment, it will not cause great corrosion and will not cause great harm
to the use of mechanical equipment.

However, if used in a business, its working environment can cause serious erosion
.

2.
Structure and process
.

If the overall shape design of the syrup filling machine is too complex or unreasonable, it may cause defects such as thermal stress, dust accumulation, mechanical stress and fluid accumulation, resulting in local corrosion
during loading and unloading.

Therefore, the structural design should be comprehensively considered
from the perspective of corrosion protection.

3
.
Corrosion inhibitor.

Corrosion inhibitor is a chemical substance, by adding the appropriate concentration in the corrosion inhibition system, can significantly reduce the corrosion rate of the metal, and has little effect on the concentration of corrosion inhibitor, the amount of corrosion inhibitor is small
.

Although it cannot change the corrosion tendency of the metal in the medium, it can form a protective film on the surface of the metal, slow down the corrosion rate of the metal, and reduce the corrosion
of the metal.