Environmental Chamber Manufacturer
Ferrotek Equipment takes pride in being one of the most trusted names in the field of testing equipment as a leading Environmental Chamber Manufacturer in India. With years of experience and a growing clientele across India and abroad, We have established a solid reputation as a forward-thinking and dependable environmental chamber manufacturer. Whether you are a lab scientist, quality assurance engineer, or product developer, our environmental chambers offer the precision and consistency you need for critical testing and research.
Our company specializes in designing and manufacturing high-performance environmental chambers that simulate a wide range of climatic and environmental conditions. These chambers are important for testing the durability, reliability, and performance of various products and materials under controlled temperature, humidity, and other atmospheric variables.
We offer customized environmental chambers that cater to sectors like automotive, aerospace, electronics, defense, pharmaceuticals, biotechnology, and research institutions. Our chambers are equipped to meet global testing standards and are widely used for thermal cycling, humidity testing, accelerated aging, corrosion resistance, and stability studies.
Model No. :- FE – 122
Environmental Chamber Main Features:-
Environmental chambers have features include precise temperature and humidity control, digital touchscreen interfaces, remote monitoring, and programmable testing profiles. Temperature ranges can go from as low as -70°C to +180°C, with relative humidity control between 10% and 98%, depending on the model. Our advanced chambers are equipped with data logging capabilities, alarms, and safety interlocks to ensure reliable and safe testing operations.
How Does an Environmental Chamber Work?
- All environmental conditions can be manually recreated by manipulating mechanical components, according to the functioning principle of environmental testing equipment.
- Environmental testing equipment includes a refrigerator and an electric heater. These two components working together will modify the temperature of a confined chamber.
- The environmental testing apparatus has a nozzle. Salt might be sprayed via this nozzle to mimic a corrosion environment. It helps to distribute the mist throughout the entire product in a fine and even manner.
Application:-
- There are two approaches to replicate humidity either by using ultrasound technology to vaporize water using a steam generator.
- Steam can be produced using a steam generator by heating the water. The vapor that results ascends to the chamber’s top.
- Then it is swiftly cooled once more, which causes the fastest increase in humidity throughout the entire chambers.
- The water on the diaphragm continues to flow even as it vibrates. The water vapor then appears shortly after.
- Using an air dryer will allow you to reduce the humidity in the chamber and get it down to a manageable level.
Main Objectives:-
The main purpose of an environmental chamber is to help consumers find flaws and product stability in items like hardware, polymers, novel materials, and vehicle components. It is also widely used in a variety of other activities, including the growth of plants and insects, testing for shelf life, the pharmaceutical industry, the production of cosmetics, and cultural preservation. I’ll move on to quickly describe how an environmental chamber is used in the aforementioned disciplines.
- Simulating Natural Conditions for Plant and Insect Growth.
- Shelf-life Testing for Food & Drink.
- Pharmaceutical Industry.
- Stability Testing for Cosmetics Products.
- Heritage Conservation.
As a professional environmental chamber manufacturer, we build chambers with robust construction, intelligent control systems, and energy-efficient operations. The inner chamber is typically made from stainless steel for corrosion resistance, while the outer body is designed for structural strength and thermal insulation. Whether you require a compact benchtop model or a large walk-in chamber, Ferrotek Equipment delivers highly flexible and scalable solutions.
Choose Ferrotek Equipment for premium-quality environmental chambers that offer unmatched performance, durability, and control. Contact us to discuss your specific testing needs and let us help you find the perfect solution according to your application.
Controllers Temperature Humidity | Digital PID based microprocessor controller cum indicator with dual display of set and process value L.C of 0.1 C with pt-100 probe L.C of 1% rh with electronic sensor |
Temperature Range Accuracy & Uniformity | Ambient 5 oC to 70 oC +/-2 oC |
Humidity Range Accuracy | Ambient 95% Rh +/-3%Rh |
| Air Heaters | “U” type heating element |
| Humidification | Humidity inside the chamber is created with latest Ultrasonic Humidifiers which produces 1-5 micrometer of water droplets which is absorbed by the air quickly. The cost of humidification is as low as 0.05 kw/kg/hr. which is 1/15th of conventional method. This system does not generate heat and it is almost maintenance free. Ultrasonic Humidification / Steam Injection system through water boiler. |
Material Chamber Outer | Stainless Steel (304Grade) Powder Coated Steel/Stainless Steel (304Grade) |
| Door | Double Walled sturdy door with catchers, heavy hinges and Synthetic rubber gasket and a window for chamber inspection. |
| Air Circulation | Continues operating Blower with for moter |
| Safety | Over temperature cut off, Water level monitor and Power Breaker |
| Electric Supply | 220+/-10, 50Hz, 1 Phase. |
Environmental Chambers For Sale at Factory Price
Frequently Asked Questions
What is an environmental chamber?
An environmental chamber is a controlled testing device used to simulate various environmental conditions, including temperature, humidity, altitude, and vibration. It is commonly used in research, testing, and quality control processes across multiple industries.
How do environmental chambers control temperature and humidity?
Environmental chambers utilize sophisticated HVAC systems and humidity control mechanisms. Temperature control is achieved through heaters and coolers, while humidity is regulated using humidifiers and dehumidifiers. Advanced sensors and controllers maintain precise conditions.