A steam aging test chamber is a laboratory testing device used to evaluate how materials, components, or products perform under high-temperature and high-humidity steam conditions over time. It simulates accelerated aging by exposing samples to saturated steam, allowing to predict long-term durability, stability, and resistance to moisture-related degradation in a much shorter period.

Adopts Stainless Steel Material

Steam Aging Chamber with Intuitive Control Panel
SISCO's aging test chamber is widely used in industries and research to simulate long-term environmental effects on products. It is essential in electronics for testing circuit boards, semiconductors, and batteries under heat, humidity, or temperature cycles. In automotive and aerospace, it assess durability of materials, coatings, and components. Plastics, rubber, and packaging industries use to study material aging and lifespan.
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| Model | SISCO-ATC-SA-500 |
| Heating System | U-shaped stainless steel heating tube |
| Control Function | PID+SSR, digital display |
| Heating Up Time | About 45 min (RT~97β) |
| Temp. Accuracy | Β±1β |
| Temp. Uniformity | Β±1β |
| Steam Temperature | 97β |
| Humidity Range | β₯97Β±3% |
| Power | 2000W |
| Power Supply | AC 110V/220V, 50/60Hz |
| Timing Function | 1~9999h/m/s (with timer alarm function, power off upon time completion) |
| Test Chamber Size | 100*35*280mm*3 |
| Internal Size | 500*170*400mm |
| External Size | 730*570*500mm |
| Gross Weight | About 48kg |
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Q1: What is the purpose of aging tests?
A1: Aging tests are designed to evaluate how materials, products, or components perform over time under controlled conditions that simulate long-term use. The purpose is to identify potential degradation, failures, or performance changes due to factors like heat, humidity, light, mechanical stress, or chemical exposure. By accelerating the aging process, these tests help predict product lifespan, ensure reliability, and guide design improvements.
Q2: What are the types of aging test chamber?
A2: Aging test chambers are specialized equipment used to simulate environmental conditions and accelerate material aging. Common types include steam aging chambers, which expose samples to high-temperature steam to test corrosion and moisture resistance; UV aging chambers, which use ultraviolet light to evaluate color fading, material degradation, and surface durability; and temperature-humidity chambers, combining controlled heat and humidity to assess stability under extreme climates.
Q3: What industries use aging test chamber?
A3: Aging chamber is widely used across industries that require product reliability and longevity testing. The electronics and semiconductors sector uses them to assess components under extreme heat, humidity, or temperature cycling. Automotive and aerospace industries test parts, coatings, and materials for durability against environmental stress. Pharmaceuticals and medical devices rely on aging chambers to simulate shelf life and stability.
Tips: What is a steam aging test chamber used for?
A steam aging test chamber is used to evaluate the durability and reliability of materials, coatings, and electronic components under high-humidity and high-temperature conditions. By exposing samples to saturated steam or controlled humidity over a set period, it simulates long-term aging and environmental stress, helping identify corrosion, color fading, deformation, or performance degradation.
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