Battery Impact Thermal Shock Chamber

Battery Impact Thermal Shock Chamber Product Overview

Meet the Battery Impact Thermal Shock Chamber designed specifically for rigorous lithium battery testing. This state-of-the-art thermal shock tester offers rapid temperature cycling combined with precise control, replicating real-world thermal impacts that batteries face in advanced applications.

Key Features at a Glance

• High precision temperature zones enabling swift transitions between hot and cold environments
• Chamber volume optimized for EV battery modules, telecom packs, and energy storage systems
• Explosion-proof design ensures safety during thermal runaway simulations
• Advanced PID controller for accurate test cycle programming
• Efficient air-to-air thermal shock technology for reliable results with low power use

Visual Highlights

Our high-resolution images showcase the chamber’s robust build, user-friendly control panel, and modular design. From the impact resistant doors to integrated safety sensors, every detail underlines quality and performance trusted by battery innovators across the U.S.

Explore how this tester meets UN38.3 and IEC 62133 standards, ensuring your lithium battery development stays ahead in safety and reliability.

Why Thermal Shock Testing Is Critical for Battery Innovation

Thermal shock testing is a must-have for anyone working with lithium-ion batteries, especially here in the U.S. where safety and durability standards keep getting tougher. Batteries can face rapid temperature changes in real-world use—think hot summers, cold winters, or sudden operational spikes. Without proper testing, these shifts can trigger thermal runaway, risking fires or explosions. This isn’t just a safety issue; it can halt product development and cause costly recalls.

Regulations like UN38.3 and IEC 62133 set strict guidelines for battery safety, including how batteries must handle thermal abuse. Failing these tests means products can’t hit the market. That’s where Dexiang’s Battery Impact Battery Thermal Shock Chamber steps in. It replicates sudden temperature swings exactly as batteries would experience in EVs, telecom gear, or energy storage systems.

With precise control over temperature zones and rapid cycling capabilities, Dexiang’s chamber puts batteries through real-world shocks—helping engineers spot weak points before they become dangerous. By simulating these harsh conditions, we help innovators deliver safer, more reliable batteries that meet strict U.S. safety standards and global regulations.

Technical Specifications

Our Battery Thermal Shock Chamber provides reliable, rapid cycling with a strong focus on safety and compliance. It’s built to handle the rigorous testing needs of lithium batteries, including EV packs, telecom, and energy storage systems. The dual-zone setup lets you simulate real temperature impacts quickly, helping you stay ahead of battery thermal runaway risks.

Features and Benefits

• Rapid Cycling with Fast Transitions

  Quickly switch temperatures to simulate real-world thermal shocks. This speed helps you test battery durability without wasting time.

• Safety-First Explosion-Proof Design

  Built to handle battery thermal runaway safely. Our explosion-proof chamber protects your lab and team during intense testing.

• Precision PID Control Interface

  Easy-to-use digital controls let you set and monitor temperature cycles accurately for consistent, reliable tests.

• Energy Efficiency and Low Power Consumption

  Designed to save energy while delivering powerful performance, reducing your operational costs.

• Versatile Integration with Lab Setups

  Fits seamlessly into existing lab environments. Compatible with various battery sizes and testing protocols for flexible use.

Applications and Use Cases

Our Battery Impact Battery Thermal Shock Chamber is built for a wide range of battery testing needs in the U.S. market. It’s ideal for EV battery modules, helping manufacturers ensure their lithium-ion packs handle rapid temperature changes without risk. Telecom and mining industries rely on this chamber to test rugged battery packs under harsh temperature swings they face in the field.

Energy storage systems also benefit from precise thermal shock testing, confirming batteries can safely endure real-world conditions. Plus, our chamber supports compliance with critical standards like UN38.3, helping companies pass thermal shock test requirements smoothly. Check out our upcoming case study to see how one client achieved full UN38.3 certification with our chamber.

Standards and Compliance

Our Battery Impact Battery Thermal Shock Chamber meets all major global safety standards to keep your testing reliable and recognized. Designed to comply with UN38.3, IEC 62133, and other key battery safety protocols, this chamber ensures your thermal shock tests align with industry requirements.

We follow strict test protocols for thermal shock to simulate real-world conditions accurately. These include rapid temperature cycling and impact testing that help identify potential failures like thermal runaway, ensuring your batteries pass critical safety and durability benchmarks.

With certified compliance and clear documentation, you can trust our chamber to support your product development and regulatory approvals confidently.

Customization and Accessories

We understand every lab has its own setup and testing needs. That’s why our Battery Impact Battery Thermal Shock Chamber comes with customizable size options to fit your specific workspace. Whether you need a compact unit or a larger chamber for bigger battery packs, we’ve got you covered.

On the software side, choose the control system that works best for your testing protocols. Our intuitive PID control interface is flexible and can be tailored for your exact temperature cycling and ramp rate preferences.

Need extra features? We offer add-ons like humidity modules to simulate real-world environmental conditions and data loggers for accurate test recording and traceability. These accessories help you comply with regulations like UN38.3 and IEC 62133 while optimizing your battery abuse testing.

Ready to customize your thermal shock test chamber? Contact us today to build the perfect solution for your lithium battery thermal shock testing needs.

Customer Testimonials and Certifications

Our Battery Impact Battery Thermal Shock Chamber has earned high praise from industry leaders who rely on us for safe and efficient battery testing. Clients in automotive, telecom, and energy storage sectors highlight how the rapid temperature cycling and explosion-proof design have improved their testing workflows and ensured compliance with strict safety standards.

Here’s what some of our partners say:

• “Dexiang’s thermal shock chamber helped us dramatically speed up our battery validation process while maintaining full safety compliance.” – EV Manufacturer, Michigan
• “Reliable, precise, and energy-efficient—this chamber is a game-changer for our lithium-ion battery tests.” – Telecom Equipment Lab, Texas
• “The safety features gave us peace of mind during thermal runaway simulations. Highly recommended for rigorous battery testing.” – Energy Storage Provider, California

Our equipment meets rigorous international standards, certified for quality and safety:

• ISO 9001 certified ensuring consistent manufacturing excellence
• CE marked for compliance with EU safety and performance regulations
• Designed according to IEC 62133 and UN38.3 test protocols for battery thermal abuse and transport safety

These certifications demonstrate our commitment to delivering reliable, safe, and top-performing thermal shock testing solutions tailored for the U.S. market and beyond.

Pricing and Purchase Options

We offer flexible pricing to fit a range of budgets and testing needs. Our tiered pricing tables make it easy to choose the right Battery Impact Thermal Shock Chamber for your lab or production line, whether you need a standard model or a fully customized setup.

• Starter Package for basic air-to-air thermal shock testing with essential features
• Advanced Package adding rapid temperature cycling and explosion-proof design
• Premium Package including software integration, humidity modules, and extended warranties

Need help financing? We provide straightforward options to spread out payments and get your equipment up and running faster.

Download our detailed brochure to compare specs and pricing side-by-side. Ready to buy or want a demo? Contact our sales team today and get the right UN38.3 thermal shock test equipment tailored for your battery safety needs.

Get in Touch and Explore More

Ready to improve your battery testing with our Battery Impact Battery Thermal Shock Chamber? Contact our sales team today for personalized quotes, demos, and support. We’re here to help you find the right thermal shock tester tailored to your lab or production needs.

Need more options? Check out our related products including lithium battery thermal shock testers and explosion-proof battery test chambers designed for rapid temperature cycling and UN38.3 compliance.

Stay ahead in battery safety testing—reach out now and see how we can support your innovation.