About Humidity Chamber
Humidity chambers are used to test the resistance of plastic materials to various environmental conditions, including humidity, temperature, and other factors. This can help determine the suitability of a material for use in specific environments, such as high humidity or extreme temperatures.
Humidity chambers can be used to age plastic materials, simulating the effect of long-term exposure to humidity on the material. This can help determine the durability and longevity of the plastic material and its suitability for various applications.
Precision Environmental ControlWith microprocessor-controlled humidity and temperature programs, the chamber guarantees stable conditions with 1C and 3%% RH accuracy. The digital LED display allows users to set and monitor environmental parameters efficiently, supporting a variety of stability testing protocols in industrial and laboratory settings.
Durable and User-Friendly DesignThe chamber is constructed with high-density PUF insulation, a mirror-polished stainless steel interior for corrosion resistance, and a powder-coated exterior for long-term durability. Its double-walled door with a magnetic gasket ensures a perfect seal, while the large toughened double glass window allows for safe and clear monitoring. Interior lighting and removable shelves enhance usability.
FAQs of Humidity Chamber:
Q: How does the humidity chamber maintain precise environmental conditions during stability testing?
A: This chamber uses advanced microprocessor controls, a digital LED display, and accurate humidity sensors (capacitive or wet & dry bulb) to regulate and maintain humidity from 40%% to 95%% RH and temperature from 5C to 60C with exceptional uniformity and accuracy.
Q: What applications and industries can benefit from using this humidity chamber?
A: The chamber is ideal for pharmaceutical, chemical, electronic, and food industries, as well as research laboratories, for performing stability tests, material aging studies, and quality assurance evaluations under controlled conditions.
Q: When should the built-in programmable timer be utilized?
A: The programmable timer allows users to set tests for up to 999 hours, ensuring flexibility for long-term and short-term stability testing without manual intervention. This provides automation and consistency in testing cycles.
Q: Where can the chamber be installed and how portable is it?
A: Designed for industrial and laboratory environments, the chamber can be conveniently moved using its heavy-duty caster wheels, making it suitable for various installation locations within a facility.
Q: What safety features are included to protect both samples and users?
A: To ensure user safety and sample integrity, the chamber includes over-temperature protection, a low water level alarm, a double-walled construction with magnetic gasket, and ISO & CE certifications for quality and safety compliance.
Q: How does the automatic water refilling system work for humidity generation?
A: The built-in water reservoir automatically refills as needed, maintaining consistent humidity levels. This minimizes manual maintenance and reduces the risk of temperature fluctuations caused by water supply interruptions.
Q: What are the benefits of the chambers interior and exterior materials?
A: The stainless steel or mild steel chamber with a mirror-polished finish ensures corrosion resistance, easy cleaning, and long-lasting durability, while the powder-coated exterior adds extra protection and aesthetic appeal.