SESS

At Sri Easwari Scientific Solution Pvt Ltd (SESS), we recently completed a major modification for a thermal shock test chamber from another brand, which had several issues impacting its performance. Here's a look at our approach: ✅ Compressor Discharge Line Fix: The original discharge pipe (3/8" copper) was not up to OEM (Bitzer) standards, leading to compressor failures. We upgraded the pipe to the recommended 22 mm (7/8") size, ensuring optimal performance. ✅ Cold Zone Inner Tank Repair: A riveted tank joint caused moisture issues, which we resolved by installing an "L" sheet with sealant for a cost-effective fix. ✅ Oil Return Line Improvement: We added a filter and ball valve for easier service and oil return monitoring. The copper pipe was replaced and properly supported to ensure a smoother oil flow. ✅ Condenser Coil & Fans Overhaul: The condenser coil was replaced, and the fan motors were not properly balanced, which was impacting performance. We modif...

A battery test chamber is a controlled environment used for evaluating the performance and safety of batteries under various conditions. These chambers can simulate a range of temperatures, humidity levels, and pressures to replicate real-world usage scenarios and extreme conditions. Key Features: Temperature Control: Precise heating and cooling systems to maintain specific temperatures. Humidity Control: Ability to regulate moisture levels for testing in different environmental conditions. Safety Features: Includes systems to handle potential hazards, such as gas emissions or thermal runaway. Data Logging: Equipment to monitor and record battery performance metrics like voltage, current, and temperature over time. Versatility: Can be used for various battery types, including lithium-ion, nickel-metal hydride, and others. Applications: Research and development: R&D of new battery technologies. Quality Assurance: Ensuring products meet safety and performance standards bef...

  Sand and Dust Test Chamber provide an environment to test the exposure of automotive and electronic components to concentrated levels of dust. These chambers are utilized in several industries and applications such as for Military & Defense, Automotive, Computer Systems, Optics and Displays, Material, Coatings, Solar Energy, etc. Moreover, our equipment is supplied with fully programmable control systems to ensure the perfect test environment. They are also fitted with full measurement systems to measure the sand & dust fallout rates, as well as the air-flow rate. The Chamber also known as Sand Test Chamber and Dust Test Chamber. Application: Automative and Aerospace, HVAC, Medical Equipment Application, Military and Defense. Key Features: Uniform Dust Distribution, Temperature Control, Particle Size Control, Observation Windows, Adjustable Test Parameters, Compliance with Standards, Safety features.

SESS specializes in manufacturing customized climatic test chambers designed to meet unique testing needs. From compact tabletop models to expansive walk-in chambers, our products offer a remarkable temperature range from 250°C to -180°C and impressive ramp rates from 0.1°C/min to 100°C/min.

At Sri Easwari Scientific Solution, our Salt Spray Test Chamber is designed to meet the stringent ASTM B117 standard, ensuring your products are ready to withstand harsh environments. What is the Salt Spray Test? This accelerated corrosion test simulates a saline environment to evaluate the durability and quality of coatings, paints, and materials. It’s widely used in industries like automotive, aerospace, and electronics. What Does the Test Show? After a specific exposure period, the test helps identify: Corrosion resistance of the product Durability of protective coatings Areas susceptible to rust or damage Why is it Important? Passing this test means your product is more likely to withstand real-world exposure to salty, humid, and corrosive conditions, making it reliable and long-lasting. Contact us today to learn how we can help ensure the quality and performance of your products! For more details: info@sess.co.in www.sess.co.in LinkedIn: Sri Easwari Scientific Solution Pvt ...

1. Production Process: - DM Water: Produced through ion exchange methods, removing minerals by swapping ions. - RO Water: Created via reverse osmosis filtration, eliminating impurities using a semipermeable membrane. 2. Purity Level: - DM Water: Targets ionic impurities, leaving non-ionic substances. - RO Water: More comprehensive in removing ionic and non-ionic contaminants. 3. Applications: - DM Water: Ideal for industrial uses like boilers and cooling systems. - RO Water: Commonly used for drinking water and pharmaceuticals. 4. Cost and Maintenance: - DM Water: Requires periodic regeneration of ion exchange resins. - RO Water: Membranes need replacement, with pre-treatment to prevent fouling. 5. Efficiency: - DM Water: Highly efficient in removing ionic contaminants. - RO Water: Slower and energy-intensive but offers broader contaminant removal. DM water suits applications needing ionic purity, while RO water is preferred for broader contaminant removal...

  Rain Spray Test Chambers are essential for evaluating anti-rain and waterproof capabilities across various industries. From steam locomotive lamps to aerospace navigation systems, these chambers ensure top-notch performance in the face of moisture challenges. Key Features: - Water Delivery System for precise testing - Environmental Control for consistent conditions - Advanced Control and Monitoring System - Innovative Chamber Design for diverse products - Built-in Safety Features for secure testing - Compliance with Industry Standards for reliable results - Versatility to cater to different testing needs Standards: These chambers adhere to renowned standards such as IP Code, ASTM, ISO, IEC, and Automotive Standards, ensuring accuracy and credibility in testing processes. Applications: With applications spanning the Automotive, Electronics, Aerospace, and Building Materials industries, Rain Spray Test Chambers play a pivotal role in enhancing product quality and reliability. Let's...

 Using demineralized (DM) water in a climatic test chamber offers several benefits, including: 1. Prevention of Mineral Buildup:  DM water is free of minerals and impurities, which prevents scale or mineral deposits from accumulating in the chamber’s water lines, humidifiers, and cooling systems, ensuring consistent performance. 2. Extended Equipment Life:  The absence of minerals in DM water reduces corrosion and wear on the chamber’s internal components, such as humidifiers, sensors, and piping, prolonging the lifespan of the equipment. 3. Accurate Humidity Control:  DM water enables precise control over humidity levels, as there are no contaminants that could affect the accuracy of the sensors or alter the moisture levels in the chamber. 4. Reduced Maintenance:  Since DM water doesn’t leave mineral deposits, it minimizes the need for regular cleaning and maintenance, lowering operational costs and downtime. 5. Improved Test Results:  Using clean, impurit...

 The ETC Solar Radiation Chamber is specifically designed for solar radiation aging tests, providing valuable insights into how products react under varying sunlight, humidity, and temperature conditions. Equipped with a 2500W full-spectrum lamp compliant with DIN 75220, this chamber ensures precise simulation of sunlight and environmental conditions, making it an essential tool for researchers and manufacturers alike. How It Is Used The ETC Solar Radiation Chamber can simulate a wide range of environmental conditions to test the durability and performance of materials and products. Researchers can set specific temperature, humidity, and irradiance levels to replicate real-world conditions, ensuring that products can withstand extreme environments. Key Usage Points: Product Testing: Evaluate the longevity and performance of plastics, polymers, coatings, and electronic components under simulated sunlight. Conduct accelerated aging tests to predict product lifespan.  Assess mat...