What is a Climate Test Chamber?

A climate test chamber is used to simulate environmental conditions such as temperature and humidity to test product durability and performance.

What industries use Climate Test Chambers?

These chambers are widely used in pharmaceuticals, biotechnology, electronics, automotive, and research laboratories.

Do you provide international shipping?

Yes, Bio Gene exports Climate Test Chambers worldwide with reliable logistics support.

How can I get the price?

Please contact Bio Gene directly through the website to get the latest price and quotation.

Climate Test Chamber - Manufacturer, Supplier & Exporter

Name: Climate Test Chamber
Brand: Bio Gene
SKU: Bio-001
Availability: InStock
Rating: 4.8 (225 reviews)

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Climate Test Chamber Manufacturer for Temperature & Humidity Testing

BioGene Climate Test Chambers are precision-controlled environmental systems designed to simulate a wide range of temperature and humidity conditions for product testing and material durability assessment. Manufactured by Biotechnologies Inc., a leading Climate Test Chamber Manufacturer, Supplier & Exporter in India, these chambers ensure stable, uniform, and repeatable conditions for testing across industries such as automotive, electronics, aerospace, pharmaceuticals, and materials research.

With programmable cycles, real-time data logging, and compliance with IEC, IS, and ASTM standards, BioGene Climate Test Chambers help assess product performance under extreme and fluctuating climatic conditions.

Built in India and export-ready, BioGene stands as a trusted Climate Test Chamber Manufacturer, Supplier & Exporter, supporting advanced climate simulation testing for both R&D and quality control applications — delivering reliable performance for clients across India and worldwide.

Applications

Environmental simulation for product development and validation
Long‑term stability studies for pharmaceuticals, electronics, and automotive components
Aerospace and defense testing under extreme climatic conditions
Material behavior analysis under temperature and humidity variations
Accelerated aging and reliability testing for industrial products

Features

Wide temperature and humidity range for versatile testing
Precise ±0.1°C temperature accuracy for consistent results
Programmable multi‑step test cycles for complex testing needs
Energy‑efficient design with advanced insulation and airflow control
Real‑time data logging and monitoring for detailed performance analysis

Control

Advanced PLC‑based digital control system for precise environmental management
Touchscreen user interface for easy programming and operation
Remote monitoring and control for efficient test management

Construction

SS‑304 stainless steel interior for durability and hygiene
MS powder‑coated exterior for long‑lasting structural integrity
Optimized insulation for energy efficiency and stable performance

Specifications Climate Test Chamber - Climatic Parameters

Note: Parameters comply with IEC 60068-3-5 and ISO climatic testing standards.
Code	Parameter	Symbol / Unit	Typical Range	Control Accuracy	Uniformity	Description / Major Points
CL-01	Temperature Range	°C	-70 to +180	±0.3 °C	±1.0 °C	Defines extreme hot and cold testing capability; influenced by refrigeration and heating power.
CL-02	Temperature Ramp Rate (Heating)	°C/min	1.0 to 10.0	—	—	Rate of temperature rise from low to high; critical for thermal stress testing.
CL-03	Temperature Ramp Rate (Cooling)	°C/min	1.0 to 5.0	—	—	Determines chamber’s cooling capacity; depends on compressor and refrigerant system.
CL-04	Humidity Range	%RH	10% to 98% RH	±1.5% RH	±2.0% RH	Controlled via steam generator or ultrasonic humidifier; used for moisture and corrosion tests.
CL-05	Humidity Control Method	—	Steam / Ultrasonic / Water spray	—	—	Method of maintaining desired humidity. Steam preferred for high RH; ultrasonic for low RH.
CL-06	Dew Point Control	°C	-10 to +95	±0.5 °C	—	Prevents condensation on test samples; precise dew point control is essential for electronics.
CL-07	Temperature Cycling / Programmable Profile	Steps or cycles	User-defined	—	—	Automated cyclic test programs with soak and ramp phases; used in stress testing.
CL-08	Thermal Shock (Optional)	Zones (2 or 3)	-70↔+180 °C	±1.0 °C	±1.5 °C	Rapid transfer between hot and cold chambers; evaluates thermal fatigue.
CL-09	Altitude Simulation (Optional)	hPa / m	1000 to 100	±5 hPa	±10 hPa	Simulates reduced pressure for aerospace or transport tests.
CL-10	Solar / Light Simulation (Optional)	W/m²	0–1200	±2%	±5%	Simulates UV and IR radiation; used for material aging and color stability tests.
CL-11	Condensation Recovery Time	min	5–20	—	—	Time to stabilize humidity after condensation; affects humidity recovery speed.
CL-12	Airflow Velocity	m/s	0.3–1.0	±0.05	±0.1	Ensures uniform temperature and humidity distribution; adjustable by fan speed.
CL-13	Test Volume Temperature Deviation	°C	—	±1.0	±1.5	Difference between setpoint and measured average; ensures sample uniformity.
CL-14	Ambient Temperature Influence	°C	—	±0.1 per 10 °C	—	Defines chamber performance stability under varying ambient conditions.
CL-15	Data Recording / Interface	—	USB / Ethernet / RS-485	—	—	Allows real-time climate data monitoring, logging, and remote control.

A climate test chamber is used to simulate different environmental conditions such as temperature, humidity, and sometimes altitude or UV exposure, in order to test how products, materials, or components behave under extreme or variable conditions. Industries like electronics, automotive, aerospace, pharmaceuticals, and packaging rely on these chambers to validate product durability, reliability, and compliance with international standards before mass production or shipment.

Most standard climate test chambers can operate within a temperature range of around -70°C to +180°C and a relative humidity range of 20% to 98%, though this varies depending on the chamber model and manufacturer specifications. High-performance or customized chambers may offer wider ranges to meet specific industry testing requirements, such as extreme cold testing for aerospace components or high heat testing for automotive parts.

The duration of a test cycle depends entirely on the test standard being followed and the specific objective of the test. Some tests, like thermal shock testing, may only take a few hours, while long-term reliability or accelerated aging tests can run continuously for several days or even weeks. Test parameters such as ramp rate, dwell time, and number of cycles are usually programmed according to the relevant industry standard, such as IEC, ASTM, or MIL-STD specifications.

Yes, climate test chambers are widely used for testing sensitive electronics, printed circuit boards, batteries, and other delicate components. Most chambers are designed with precise temperature and humidity control systems to avoid sudden fluctuations that could damage sensitive items, and many models include safety features like over-temperature protection and uniform air circulation to ensure consistent testing conditions throughout the chamber.

Regular maintenance includes checking refrigeration and heating systems, cleaning the water reservoir and humidity sensors, inspecting door seals for air leakage, and calibrating temperature and humidity sensors periodically to maintain testing accuracy. It is generally recommended to have the chamber serviced by a qualified technician at least once or twice a year, along with routine visual inspections and cleaning performed by the operator to prevent contamination or performance issues over time.