TCTS Series
Thermal Shock Test Chamber
Tests product durability by rapidly changing temperatures.
TCTS Series
Thermal Shock Test Chamber
Tests product durability by rapidly changing temperatures.
Tunix Thermal Shock Chambers: Reliable Testing for High-Performance Components
Temperature Cycling Test Chambers for Simulating Extreme Temperature Conditions
Tunix Temperature Cycling Test Chambers provide a controlled environment for simulating extreme temperature conditions, allowing manufacturers to test the long-term resilience of their products. By cycling between high and low temperatures, these chambers replicate real-world temperature fluctuations, helping you assess the impact of thermal stress and material fatigue. Whether you are testing automotive parts, electronics, or medical equipment, our chambers ensure that your products can withstand the harshest temperature extremes without compromising performance.Two-Zone Thermal Shock Chambers: Ideal for Rapid Thermal Cycling Chamber
The Two-Zone Thermal Shock Chambers from Tunix are specially designed to accommodate rapid thermal cycling with two distinct zones—one for high temperatures and one for low temperatures. This dual-zone design ensures that your products experience extreme temperature shifts in a precise and controlled manner. With capabilities that simulate thermal shock and rapid temperature transitions, these chambers are perfect for testing automotive systems, aerospace components, and consumer electronics, helping manufacturers ensure their products will perform reliably even in the most extreme conditions.Thermal Cycling Chambers: Ensuring Product Resilience in Variable Temperatures
Tunix Thermal Cycling Chambers play a crucial role in evaluating the resilience of products exposed to variable temperatures over time. These chambers allow manufacturers to conduct accelerated tests, simulating the effects of repeated thermal fluctuations on product materials and components. Whether it's testing electronic devices, automotive parts, or medical devices, our chambers provide valuable data on how temperature cycling affects material integrity, performance, and longevity, ensuring that your products are ready for a wide range of real-world applications.Comprehensive Thermal Shock Test Chamber Solutions for Specific Testing
At Tunix, we offer comprehensive thermal shock test chamber solutions designed to meet the specific needs of each industry. Our chambers can be customized to simulate a variety of environmental conditions, ensuring that products undergo thorough and accurate testing. Whether you're testing small electronic components, aerospace materials, or automotive engines, our thermal shock chambers can be tailored to meet your testing requirements, providing reliable results and ensuring the quality and performance of your products in extreme environments.Why Choose Tunix Thermal Cycling Chambers?
When it comes to thermal cycling and thermal shock testing, Tunix provides some of the most reliable and high-performance chambers available. Our chambers are built with state-of-the-art technology, including HFC environmentally friendly refrigerants, two-zone thermal shock capabilities, and advanced refrigeration systems that ensure accurate and consistent testing results. Tunix thermal cycling chambers are designed to handle high workloads and intense testing conditions with minimal maintenance, providing cost-effective solutions for manufacturers across industries like automotive, electronics, aerospace, and medical devices.Built to Withstand Extremes – Tunix Thermal Shock Chamber Features
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Two-Zone Functionality
Enables rapid and precise temperature cycling between hot and cold zones for accelerated stress testing. -
Environmentally Friendly Design
Uses HFC refrigerants and eco-conscious engineering to reduce environmental impact. -
Heated Inspection Windows
Maintains clear visibility into the chamber during extreme testing conditions. -
Customizable Configurations
Flexible chamber sizes and layouts tailored to your specific product and industry requirements. -
High-Precision Controls
Advanced temperature and pressure regulation for accurate and repeatable testing outcomes. -
Energy-Efficient Operation
Optimized thermal insulation and smart control systems to reduce energy consumption and operating costs. -
Fast Transition Speeds
Rapid recovery times between cycles improve throughput and testing efficiency. -
Data Logging & Remote Monitoring
Integrated HMI with real-time data capture and remote accessibility for continuous process monitoring.
KEY FEATURES
- Two-zone thermal shock chamber for rapid temperature cycling
- Built-in temperature and cooling protection mechanisms
- Uses eco-friendly HFC refrigerants
- Equipped with a brazed plate heat exchanger for efficient heat transfer
- Dual-type refrigeration system for high performance and reliability
STANDARD MODELS
| Model | Volume |
|---|---|
| TCTS50-70T | 50 |
| TCTS100-70T | 100 |
| TCTS150-70T | 150 |
| TCTS300-70T | 300 |
| TCTS600-70T | 600 |
Testing Technical Parameters
Other Test Products
Frequently Asked Questions
What type of control system is used in Tunix Thermal Shock Chambers?
▼Tunix Thermal Shock Chambers feature an advanced 7” Red Lion HMI & Siemens PLC control system. This provides: User-friendly interface for easy operation and monitoring. Automated temperature cycling for precise thermal shock testing. Real-time data logging to track test performance and ensure accuracy.
How does the basket transfer mechanism work in Tunix Thermal Shock Chambers?
▼Tunix chambers use a high-speed basket transfer system that moves test specimens between hot and cold zones within 10-15 seconds. Minimizes transition time, reducing temperature stabilization delays. Ensures reliable and repeatable testing for evaluating thermal expansion effects on materials. Rapid recovery time (<5 min) maintains test integrity even in extreme temperature shifts from 160°C to -65°C.
What cooling systems are used in Tunix Thermal Shock Chambers?
▼Tunix chambers use a dual refrigeration system featuring: HFC environmentally friendly refrigerants for sustainable operation. Brazed plate heat exchangers to enhance cooling efficiency. Pre-cooling system reaching -70°C within 45 minutes for rapid temperature changes.
What is the ramp rate of Tunix Thermal Shock Chambers?
▼The ramp rate varies based on the chamber size and test requirements. Pre-heating upper limit: 170°C Pre-cooling lower limit: -70°C Basket transition time: 10-15 seconds Basket recovery time: <5 minutes from 160°C to -65°C
How can I get technical support or service for a Tunix Thermal Shock Chamber?
▼Contact our support team at - +91-6264901140 Email us at - products@tunix.co.in Visit our website for service inquiries - tunix.co.in