Aging Test Chamber
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Aging Test Chamber

The Aging Test Chamber is a controlled hot-air oven for accelerated thermal aging of rubber, plastics, wire and cable compounds, and electrical insulation materials. It is used in formulation comparison, incoming-material evaluation, production verification, and laboratory programs that measure property retention after exposure to elevated temperature.
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Product Introduction

Product Overview

 

The Aging Test Chamber is a controlled hot-air oven for accelerated thermal aging of rubber, plastics, wire and cable compounds, and electrical insulation materials. It is used in formulation comparison, incoming-material evaluation, production verification, and laboratory programs that measure property retention after exposure to elevated temperature.

product-800-800

 

Core Advantages

 

Controlled Temperature for Long-Duration Aging

The chamber operates from room temperature to 200°C or 300°C, depending on the selected configuration, with temperature fluctuation of ±1°C. During extended heat exposure, the PID controller adjusts heater output to limit overshoot, keeping each test batch under the specified thermal condition.

Air Exchange Matched to the Test Method

Model 401A provides 3-10 air changes per hour with a rotating specimen platform, while model 401B uses natural vertical ventilation at 8-20 air changes per hour. When oxidation rate depends on fresh-air renewal, the selected ventilation mode keeps the exposure condition consistent with the required method.

Specimen Loading with Reduced Position Bias

The observation window, stainless-steel mesh shelves, and 401A turntable support multi-specimen testing without interrupting the cycle. Proper spacing and controlled air movement expose specimen surfaces more evenly, reducing differences caused by shelf position.

product-800-800

 

Customization Capabilities

 

Usable chamber depth and the quantity and position of cable feed-throughs can be produced from specimen and wiring drawings. Controller language, power supply, and data interface can be matched to the installation site. Non-standard chamber layouts can be manufactured from an approved equipment specification.

 

Quality Control

 

Temperature sensors and controller inputs are checked before assembly, followed by inspection of the chamber seal, ventilation path, shelves, and turntable mechanism. Each completed unit is run empty at multiple setpoints to verify temperature fluctuation, chamber uniformity, and air-exchange operation. The recorded results are reviewed before the 100% pre-packing inspection.

 

Technical Parameters

 

Model

401A

401B

Power Supply

AC 220 V, 50 Hz

AC 220 V, 50 Hz

Rated Power

2000 W / 3000 W

2000 W / 3000 W

Max Working Temperature

200°C / 300°C

200°C / 300°C

Temperature Fluctuation

±1°C

±1°C

Temperature Uniformity

≤ ±2°C

-

Air Exchange Rate

3–10 times/hour

8–20 times/hour

Interior Size (W × D × H)

450 × 450 × 450 mm

450 × 450 × 500 mm

Exterior Size (W × D × H)

780 × 700 × 1250 mm

780 × 700 × 1350 mm

Special Features

Observation window, turntable, dual mesh plates

Observation window, dual mesh plates, natural vertical ventilation

 

FAQ

Q: What is the minimum order quantity?

A: The MOQ is 1 unit.

Q: What is the production lead time?

A: Standard units take 7-10 days; non-standard configurations take about 30 days.

Q: How should specimens be arranged inside the chamber?

A: Keep specimens separated and clear of the chamber walls so airflow reaches every exposed surface.

Q: Can the chamber be used for solvent drying or production curing?

A: No. It is specified for controlled hot-air aging tests; solvent or process-heating use requires a separate chamber design.

 

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