Aging Test Chambers

The aging test chamber is professional environmental testing equipment widely used in electronics, plastics, rubber and coating industries. It simulates long-term natural aging conditions by controlling temperature, humidity and ultraviolet radiation inside the cabin, helping manufacturers evaluate material durability and product service life before mass production.Inside the aging test chamber, stable environmental parameters can be maintained continuously for hundreds of hours. Engineers observe sample changes such as discoloration, cracking and performance degradation after testing. This testing method effectively shortens the verification cycle, avoids potential quality risks in actual use, and supports product formula optimization and structural improvement. It serves as essential quality verification equipment for factories to meet industry standards and improve product reliability.

Key Specifications

Temperature Range: Configurable per model and test requirements.
Chamber Volume: Multiple sizes for different samples and capacities.
Controller: User-friendly system for stable and precise operation.
Power Supply: Standard or customized to local electrical standards.

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Product Details
Technical Specifications
Key Advantages
Applications
FAQs

Product Details

Sample holder (Shelving)

Instrument 1

Instrument 2

Technical Specifications

Product Model	HF-GW100	HF-GW225	HF-GW500	HF-GW010	HF-GW013
Interior Dimension WDH (mm)	450450500	500600750	700800900	10001000100	100010001300
Temp Range	RT+10℃ -200℃ (MAX 300℃)
Display Resolution	0.1℃
Uniformity at 100℃	±2.0℃
Timing Range	1 - 5999mins
Electrical Requirement	AC220V/380V, 50Hz

*Size, temperature range, and functions can all be customized.

Product Features

Stable Performance
The equipment is designed for dependable operation and repeatable testing performance.
Accurate Temperature / Humidity Control
The control system helps maintain stable testing conditions for more accurate verification.
Durable Structure
The chamber structure is designed for long-term use in laboratory and industrial environments.
Easy Operation
User-friendly control and accessible design make daily operation and maintenance easier.
Support Customization
Standard models and customized solutions are both available for different project requirements.

Configuration Options

Standard Configuration

Standard Controller:
Standard configuration includes a practical controller for daily testing operation.
Standard Observation Window:
Observation window is available on selected models for convenient monitoring.
Standard Test Port:
Test port can be included for cable routing or sample monitoring when required.

Optional Configuration

Data Logger:
Optional data logging is available for test data recording and management.
Communication Port:
Communication interface can be added for data transfer or remote integration.
Special Material:
Special chamber material can be selected based on test media or corrosion requirements.
Customized Size:
Chamber dimensions can be customized for different sample sizes and capacities.
Non-standard Design:
Non-standard structure design is available for special testing applications.

Applications

Electronics & ElectricalSuitable for performance and reliability testing of electronic and electrical products.

Metal & Surface TreatmentApplicable to corrosion resistance, durability, or aging evaluation of metal parts and coatings.

AutomotiveUsed for environmental durability and quality verification of automotive components.

Plastics & RubberHelps evaluate the stability and environmental resistance of plastic and rubber materials.

Laboratory TestingWidely used in laboratories for research validation, quality control, and test development.

FAQs- Aging Test Chambers

Which heats up faster: a forced-air drying oven or a natural convection drying oven?

A forced-air drying oven heats up faster. It utilizes a fan to force air circulation, resulting in highly efficient heat transfer that quickly raises the temperature to the set point. In contrast, natural convection relies solely on buoyancy—driven by the thermal expansion and contraction of air—to circulate heat, making the heating process relatively slow.

How should samples be arranged during daily use to ensure optimal drying results?

Samples must be spaced apart; they should never be crowded together, and they must be kept clear of the air intake and exhaust vents. Additionally, it is recommended to preheat the empty oven and wait for the temperature to stabilize before loading samples, as this significantly minimizes temperature fluctuations.

What specific precautions should be taken when placing samples in a forced-air drying oven?

To ensure effective hot-air circulation, items placed inside the oven must not be overcrowded. Adequate clearance (at least 100mm is recommended) must be maintained between samples and between samples and the oven walls; the air intake at the bottom and the exhaust vent at the top must never be blocked. Furthermore, placing flammable, explosive, or volatile materials inside the oven is strictly prohibited, and items should not be placed directly on the heat-dissipation plate at the bottom of the chamber to avoid damage or combustion.

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