Eradicate Rusting & Corrosion over Materials with the Salt Spray Chamber

Rusting is one of the major reasons that cause damage & degradation to various materials used in the production process of numerous items. This majorly takes place under humid and moisture-rich environment conditions over materials exposed to the atmosphere. 

The manufacturers of these materials take care of such degradation phenomena by coating the material with anti-corrosive properties. However, as a manufacturer, it is highly important to make sure that until how long such anti-corrosive properties will resist rusting.

The manufacturers of different industries utilize these materials which makes it extremely important to assess the rustproofing abilities of these instruments against humid weathering conditions.

The Presto Group offers a top-notch lab testing instrument with the most advanced and futuristic technology called the salt spray chamber. The instrument is a result of high-quality engineering as it simulates real-life humid environments across the specimen and determines the ability of the specimen to resist rusting.

The instrument has been a boon in the life of manufacturers from various industries as the materials that are prone to corrosion are used in a lot of industries like automobiles, paint & coatings, hard plastics, etc.

Let us take a look at the working mechanism of the salt spray tester for a better understanding of how the instruments accurately simulate real-life humid atmospheres.

Working Mechanism of the Salt Spray Chamber

The Salt Spray Test is divided into a total of 4 segregations that ensure absolutely accurate testing results:

1. Inner chamber

2. Reservoir tank

3. Electrical panel

4. Air saturator

To commence the testing, the operator must make sure that all the parts of the instrument are intact and well-positioned as there are small parts that can be oversighted.

Afterward, the operator can simply place the specimen within the inner chamber. However, it is extremely important to assess the kind of specimen and place it into the designated specimen holder out of the three which are the V-group, panel plate & fiber rod. Once the specimen is placed it is necessary to close the canopy for maximum insulation.

The instrument is now operated through the electrical panel, the specimen is profiled as per its properties and the testing commences. The testing starts with the reservoir tank containing demineralized water with a solution of NaCl (salt). The solution is filtered through a layered sponge filter. The solution is then supplied to the inner chamber through an inlet port.

The air saturator plays a pivotal role here. The air saturator is attached at the back of the instrument which elevates the temperature and heats up the air. The air when operating closely with the water through the reservoir tank, the air becomes humid and is supplied into the inner chamber.

The inner chamber contains an assembly of top-quality equipment that performs the testing with absolute finesse. The inner chamber is offered with an assembly of igus and atomizer. The demineralized water through the reservoir tank and the humid air from the air saturator amalgamates through the inlet ports and is sprayed all across the inner chamber in the form of a concentrated form.

The specimen present within the inner chamber experiences a fog concentration around it and reacts as per its properties which can be seen during the testing process due to the transparent canopy. The testing comes to an end as per the training adjusted by the operator through the control panel governed by the electrical chamber.

It is extremely necessary to make sure that the operator uses the air purge feature of the instrument before opening the canopy in order to avoid corrosion of other instruments kept nearby as the air purge settles down all the concentrated fog within the inner chamber.

The salt spray tester is also a feature-enriched lab testing equipment that ensures test conduction with absolute facile by promoting single-handed promotions.

Key Features of the Salt Spray Chamber

The instrument is loaded with features due to the futuristic approach of salt spray chamber manufacturers in the construction of the equipment.

The first and foremost feature is the safety features imbibed within the instrument the lab testing equipment is loaded with 7 security alarms to prevent any harm to the results of the testing as well as the operator conducting the tests.

The instrument has an air purge that settles down the concentrated fog. This is a necessary feature as it sustains the instrument from spreading the humid environment outside the inner chamber, assuring the operator from corrosion of other instruments kept close to it.

The construction of the chamber is worth being acknowledged as a feature. The inner chamber is highly insulated with an FRP-made sheet as the first layer is covered with a layering of mild steel and an outermost layering of glass wool. All these high-quality materials form maximum insulation within the inner chamber.

The instrument contains silicon bag heaters associated with the walls of the inner chamber to ensure uniform heating all across the specimen. these heaters are incorporated in a U-shaped uniform assembly.

The instrument also contains a layer sponge filter within the reservoir tank which enables the instrument to segregate all the impurities at the initial stages and perform testing with absolute accuracy.

Various other features like the presence of 3 sample holders within the inner chamber also aid the manufacturer to a great extent due to the allowance it generates for the operator of testing three specimens all at once.

All these features combine together to easily complete the salt spray test over various specimens.

Buy the Salt Spray Chamber Right Now!