Programmable Thermal Shock Chamber
Engineered for rapid thermal stress testing, this chamber evaluates the resilience of material structures and composites subjected to instantaneous transitions between high and low temperatures. It is critical for identifying physical damage or chemical changes caused by thermal expansion and contraction in the shortest possible time.
Product Overview
Technical Highlights
- Testing Temp Range-65°C to +150°C (up to 200°C)
- Control Accuracy±0.5°C
- Distribution Uniformity±2°C
- Max Circulation Cycles9,999 Times
- Internal MaterialSUS 304# Stainless Steel
Regulatory Compliance
- GB/T2423.1-1989Low-temp. testing
- GB/T2423.2-1989High-temp. testing
- GJB150.5-86Temp. impact test
- GJB360.7-87Temp. impact test
- GB/T2423.22-1989Change temp. test
Performance Advantages
Binary Cooling System
Adopts a water-cooled binary cooling architecture for rapid cooling effects during extreme temperature transitions.
Touch-Graph Interface
Equipped with an intuitive touch-control graphical interface for simplified operation and precise test parameter monitoring.
Static Sample Mode
Maintains samples in a static mode while alternating wind routes to distribute thermal shock without physical sample movement.
Extreme Versatility
Offers automated circulation or manual selective shock options with shock times extending up to 999 hours.
System Configurations
Technical Specifications
| Category | Parameter / Model | Specification Detail |
|---|---|---|
| Chamber Name | Thermal Shock Test Chamber | High-rate thermal stress test chamber architecture |
| Model Options | TS-49(A~C) | Internal (WxHxD): 400x350x350 mm | External (WxHxD): 1400x1800x1400 mm |
| Model Options | TS-80(A~C) | Internal (WxHxD): 500x400x400 mm | External (WxHxD): 1550x1950x1550 mm |
| Model Options | TS-150(A~C) | Internal (WxHxD): 600x500x500 mm | External (WxHxD): 1600x2000x1700 mm |
| Temp Range | Type A | -40°C to +150°C (200°C Optional) |
| Type B | -55°C to +150°C (200°C Optional) | |
| Type C | -65°C to +150°C (200°C Optional) | |
| Control Precision | Control Accuracy / Distribution Uniformity | ±0.5°C / ±2°C |
| Structural Material | Internal and External Material | Inner box: SUS 304# stainless steel | Outer box: Stainless steel or see cold-rolled steel with paint coated |
| Insulation | Insulation Material | High temperature resistant, high density, formate chlorine, ethyl acetum foam insulation materials |
| Automation | Shock Time / Cycles | Up to 999H / 9,999 Cycles |
| Connectivity | Communication | RS-232 and RS-485 interfaces |
| Cooling | System Method | Binary water cooling system |
Versatile Applications
Electronic Components
Testing durability of circuitry, plastic casings, and rubber seals under rapid temperature shifts.
Material Engineering
Evaluation of composite materials for thermal expansion, contraction, and structural integrity.
Product Development
Establishing baseline metrics for product improvement through intense environmental stress screening.
