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ATOMFAIR® battery explosion-proof chamber showing a dual-tier cream cabinet with square glass windows, thick metal chains, and a top digital controller.

Battery Explosion-Proof Test Chamber 700×600mm ATOMFAIR®

$479.00

Institutional Procurement & Supply Compliance: As a verified US supplier, Atomfair accepts formal institutional Purchase Orders (POs), contract billing schedules, and custom procurement loops for university and national laboratories, and corporate R&D departments globally.

Dual explosion-proof test chamber with 700×600×1660 mm interior, 120 kg weight. Complies with international safety standards. Customizable. In stock.

SKU: AFMSHGRK317
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Description

ATOMFAIR® BETC-700600-V2 BATTERY EXPLOSION-PROOF TEST CHAMBER

RESEARCH GRADE MATERIAL

Product Overview
The ATOMFAIR® Atomfair-BETC-700600-V2 Test Chamber is an industrial-grade high-containment enclosure custom-engineered for heavy-duty safety isolation during extreme thermal and electrical diagnostics. Optimized as a rugged dual-layer deflagration enclosure, this containment cabinet is purpose-built to shield laboratory staff and adjacent instrumentation arrays during severe battery overcharge destructive testing, forced over-discharge validation, and catastrophic thermal runaway experiments. Cells under evaluation are mounted within the isolated, insulated bay and wired to an external cycler through localized ports. Armed with an automated heavy-duty pressure relief door mechanism alongside proactive smoke exhaust purification ports, this robust system safely limits peak blast pressures and removes volatile gases, ensuring complete regulatory safety for world-class clean energy development facilities.

Technical Specifications
PARAMETER DETAILS
Product Model Atomfair-BETC-700600-V2 (Version V2.0 Design Platform)
Chassis Primary Functions Extreme Battery Overcharge / Over-Discharge Blast Isolation Shielding
Explosion-Proof Safeties Top-Mounted Safety Pressure Relief Port & Heavy-Duty Mechanical Door Lock Chain Matrix
Inner Chamber Core Lining High-Grade Solid Marble Slabs with Heavy-Duty Dielectric Teflon Coating Tape Wrap
Inner Chamber Construction Advanced Anti-Corrosion Rigid Stainless Steel Plate
Chassis Core Material Standards Flame Retardant, High Dielectric Insulation, Corrosion and Chemical Acid Resistant
Exhaust & Vent Infrastructure Built-In High-Velocity Forced Exhaust System (Connectable to Exterior Laboratory Ducting)
Observation Safety Interface Expansive Multi-Layer Tempered Explosion-Proof Glass Window Matrix
Physical Envelope Dimensions 700 × 600 × 1660 mm (L × W × H | Custom Inner Chamber Volume Available)
Total Structural Equipment Mass 120 kg Heavy-Duty Structural Safety Stabilization Weight
Optional Upgraded Hardware Automated Fire Suppressant Systems | Internal Telemetry Video Monitoring Arrays
Alternative Options Explore our related catalog or custom dimensions. For urgent technical custom requests or bulk inquiries, please contact our support team.

Key Features & Advantages
  • Dual-Constraint Blast Deflection: Combines a specialized unidirectional upper kinetic vent with reinforced mechanical door chains to safely vent deflagration energy upward away from operators.
  • Multi-Layer Dielectric Insulation: Lined with advanced marble blocks and seamless Teflon layers to provide robust electrical isolation and stop high-temperature battery arcs from entering the structural shell.
  • Fast Airborne Toxicity Extraction: High-thrust internal fan manifolds vent hazardous gases, acid smoke, and organic electrolyte vapors straight to external treatment ducts.
  • Expansive Reinforced Sight Window: Outfitted with an ultra-thick tempered glass portal to provide high-clarity viewing of active test states under severe mechanical loading constraints.

APPLICATION SCOPE: Engineered for hazardous lithium pack overcharging trials, high-current shorting evaluation, pouch cell over-discharge characterization, university clean energy research, and battery factory security testing.
PACKAGING: Shipped in an industrial-grade export wood frame crate measuring 700 × 600 × 1660 mm, packed within high-density kinetic isolation barriers to protect the observation window during transit.
IMPORTANT NOTICE: Routinely check that external exhaust linkages are sealed before running active electrical abuse testing scripts. Ensure that the mechanical door lock chains are completely locked prior to initializing high-voltage battery shorting loops.
TAILORED SOLUTIONS FOR RESEARCH
Contact our engineering team for technical support or official quotations.
EMAIL: inquiry@atomfair.com
Manufacturer: Atomfair LLC
Brand: ATOMFAIR®

The chamber's dual explosion-proof design requires proper installation of the pressure relief port and exhaust system to an outdoor location. Internal marble and Teflon linings impose chemical compatibility and cleaning constraints to avoid degradation from battery electrolyte or combustion byproducts.

  • Pressure Relief Port Sealing: Ensure the pressure relief port is unobstructed and ducted to a safe outdoor area to allow explosion overpressure release.
  • Explosion-Proof Door Lock Engagement: Verify the door lock chain is engaged before each test to prevent accidental opening during a battery event.
  • Exhaust System Connection: Connect the exhaust port to an appropriate ventilation system to remove smoke and harmful gases generated during battery failure.
  • Chamber Cleaning and Maintenance: Use only mild detergents and avoid abrasive tools on the marble and Teflon surfaces to maintain insulation and corrosion resistance.
  • Battery Compatibility Check: Confirm the battery size and voltage are within the chamber's customizable dimensions and the external tester's specifications before testing.

This procedure describes the safe initialization and execution of a battery overcharge or over-discharge test using the Atomfair-BETC-700600-V2 chamber. Follow all steps sequentially to ensure operator safety and compliance with international safety standards.

Required Equipment: Atomfair-BETC-700600-V2 Explosion-Proof Test Chamber, External Charge-Discharge Tester, Exhaust Ducting Kit, Safety PPE (gloves, goggles)

  1. Inspect Chamber Interior
    Inspect the chamber interior and ensure the marble and Teflon linings are clean and free from damage.
  2. Connect External Tester
    Connect the external charge-discharge tester to the chamber's electrical feedthroughs.
  3. Place and Connect Battery
    Place the battery inside the chamber and connect its terminals to the tester leads.
  4. Secure Chamber Door
    Secure the chamber door and engage the explosion-proof door lock chain.
  5. Verify Exhaust System
    Verify the exhaust system is connected to the chamber outlet and directed outdoors.
  6. Set Test Parameters and Start
    Set the desired overcharge or over-discharge parameters on the external tester and start the test.
  7. Monitor Test Progress
    Monitor the test through the observation window and allow the test to complete or respond to any safety triggers.

What is the maximum battery size or energy capacity that can be safely tested in the standard Atomfair-BETC-700600-V2 without exceeding its explosion-proof containment limits?

The standard chamber dimensions are 700×600×1660 mm, suitable for many medium-format batteries. The dual explosion-proof design with pressure relief port and door lock chain can withstand and release explosion impact, but no specific energy capacity rating is stated. For testing larger or high-energy batteries, customization of inner dimensions is available. The chamber is best suited for overcharge/over-discharge tests where the external tester limits the energy input.

Can the Atomfair-BETC-700600-V2 be integrated with existing battery test systems from other manufacturers?

Yes, the chamber is designed to be connected to an external charge-discharge tester via cable pass-throughs. No specific compatibility issues are noted, but the chamber provides a safe containment environment. Optional customization allows for specific connector types or monitoring system integration. The chamber does not include its own testing electronics.

What safety infrastructure is required for installing and operating the Atomfair-BETC-700600-V2 explosion-proof test chamber?

The chamber requires connection to an external exhaust system to vent harmful smoke outdoors via its built-in high-efficiency exhaust system. It should be placed on a stable surface due to its 120 kg weight. No external gas or water connections are needed. The sturdy insulated chamber with flame-retardant lining ensures safe operation within standard laboratory environments. The observation window allows safe visual monitoring.

The Atomfair-BETC-700600-V2 is a dual explosion-proof chamber designed for battery overcharge and over-discharge tests, featuring integrated smoke exhaust and a sturdy insulated interior. Its safe operation relies on connection to an external tester, and the 120 kg unit requires careful lab placement.

Positive

  • Dual explosion-proof safety system: Equipped with safety pressure relief port and explosion-proof door lock chain to withstand and release explosion impact, protecting operators.
  • Integrated smoke exhaust and purification: Built-in high-efficiency exhaust system rapidly discharges harmful smoke outdoors, keeping testing environment clean and compliant with environmental regulations.

Trade-offs

  • External tester dependency: The chamber functions as a protective enclosure and must be connected to an external charge-discharge tester; it does not include internal testing electronics.
  • 120 kg weight and fixed dimensions: Weighing 120 kg with a footprint of 700×600 mm, installation requires a robust floor and adequate space; relocation is not straightforward.

Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.

To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.

Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).

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