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Oxygen Bomb Aging Test Chamber for IEC Cable, Rubber & Polymer Material Aging Testing

Oxygen Bomb Aging Test Chamber for IEC Cable, Rubber & Polymer Material Aging Testing

Brand Name: HeJin
Model Number: HJ0606
MOQ: 1 Set
Price: Negotiatable
Payment Terms: T/T,L/C
Supply Ability: 15 set per month
Detail Information
Place of Origin:
China
Certification:
Third party calibration certificate/ CE(cost additional)
Product Name:
Oxygen Bomb (air Bomb) Ageing Tester HJ0606
Usage:
Wire And Cable, Rubber
Material:
Stainless Steel
Temperature Range:
0-200℃
Tank Volume:
4000cm3
Temperature Deviation:
±1℃
Air Test Pressure:
0.55 MPa ± 0.02 MPa
Test Gas:
Oxygen / Air
Test Time:
96h
Oxygen Test Pressure:
2.1 MPa ± 0.07 MPa
Packaging Details:
Plywood
Product Description
Oxygen Bomb Aging Test Chamber for IEC Cable, Rubber & Polymer Material Aging Testing
Professional Oxygen Pressure Aging Test Equipment for Wire, Cable, Insulation Materials and Polymer Durability Evaluation
Description

The HeJin Oxygen Bomb Aging Test Chamber is a precision laboratory testing system designed to evaluate the aging resistance of wire and cable insulation, rubber compounds, plastics, synthetic leather, and other polymer materials under high-pressure oxygen or compressed air environments.

Manufactured by HeJin, a professional OEM/ODM manufacturer of IEC Test Equipment, this aging chamber complies with internationally recognized IEC testing requirements and provides highly repeatable temperature and pressure control for accelerated material aging evaluation.

Accelerated Aging Testing Starts with Accurate Simulation

Every insulating material gradually deteriorates over time.

Heat, oxygen, pressure and environmental stress continuously change the molecular structure of rubber, plastics and polymer compounds. These changes eventually affect flexibility, insulation performance, tensile strength and service life.

Traditional natural aging tests may require months or even years.

The HeJin Oxygen Bomb Aging Test Chamber dramatically shortens this process by creating a controlled high-temperature, high-pressure oxygen environment that accelerates oxidation while maintaining excellent testing repeatability.

Manufactured with precision machining and intelligent temperature control technology, the system delivers reliable testing data for product development, incoming material inspection, production quality control and certification testing.

Product Features
High Precision Temperature Control
  • Advanced PID intelligent temperature controller ensures stable heating performance with minimal temperature fluctuation throughout the testing process.
High Pressure Oxygen Aging Environment
  • The chamber accurately simulates accelerated oxidation by maintaining oxygen or compressed air under controlled pressure conditions.
Stainless Steel Pressure Vessel
  • The pressure chamber is manufactured from corrosion-resistant stainless steel, providing outstanding durability and long operating life even under continuous high-pressure testing.
International Reference Standards
Standard Clause / Scope Testing Content
IEC 60811 Thermal Aging Test for Insulating and Sheathing Materials Mechanical property evaluation after oxygen aging
IEC 60245 Rubber Insulated Cables Aging resistance of insulation and sheath materials
IEC 60227 PVC Insulated Cables Thermal oxidation performance evaluation
IEC 60598 Luminaires Insulating material durability verification
IEC 60335-1 Household Electrical Appliances Polymer aging assessment for electrical safety
IEC 60695 Series Fire Hazard Testing Material performance before subsequent safety evaluation
Parameter:
Parameters Name Parameter Data
Power AC 220V±10%, 50Hz
Tank volume 4000cm3
Heater power 2.4KW
Maximum Working Pressure 4MP/cm2
Security Burst Pressure 2.7-3.3MP/cm2
Temperature Deviation ±1℃. IEC Test Equipment
Temperature self-control range Room temperature 0-200℃
Temperature control Digital display automatic control
Tank materials Stainless steel
What Materials Can Be Tested?

The HeJin Oxygen Bomb (Air Bomb) Aging Test Chamber is engineered to evaluate the long-term aging resistance of a wide variety of insulating, polymer, and elastomeric materials under controlled oxygen or compressed air pressure. By accelerating oxidation, the chamber enables laboratories and manufacturers to predict how materials will perform after years of real-world service.

This makes it an indispensable tool for quality control, product development, compliance testing, and material research.

Wire & Cable Materials

The chamber is widely used for aging tests on electrical cable insulation and protective sheaths, including:

  • PVC insulated wires
  • XLPE insulated power cables
  • PE insulated communication cables
  • EVA cable compounds
  • TPU cable jackets
  • Cable sheath materials
  • High-temperature resistant cable materials
Core Technologies Behind the Equipment

Unlike conventional laboratory equipment that focuses only on heating, the HeJin Oxygen Bomb Aging Test Chamber integrates multiple precision control technologies to improve testing reliability and repeatability.

Precision PID Temperature Control

The intelligent PID controller continuously adjusts the heating output according to real-time temperature feedback.

Benefits include:

  • Fast heating response
  • Minimal overshoot
  • Excellent temperature stability
  • Reduced testing deviation
  • Improved repeatability
High-Strength Pressure Vessel Design

The aging vessel is manufactured using high-quality stainless steel with excellent resistance to corrosion, oxidation, and long-term pressure loading.

Advantages include:

  • Long service life
  • Stable pressure resistance
  • Excellent sealing performance
  • Easy maintenance
  • Laboratory-grade reliability
Uniform Heating Structure

Optimized internal heating distribution minimizes temperature gradients inside the chamber.

This ensures:

  • Uniform specimen exposure
  • Consistent oxidation
  • More accurate comparison between samples
Reliable Safety Protection System

Safety is one of the most important considerations for pressure aging equipment.

The system integrates multiple protection mechanisms, including:

  • Over-temperature protection
  • Pressure monitoring
  • Safety pressure release
  • Secure sealing structure
  • Stable locking mechanism
  • Fault alarm functions

These features help maintain safe laboratory operation while protecting valuable test samples.

High Repeatability

One of the biggest challenges in accelerated aging testing is obtaining repeatable data.

The HeJin chamber is designed to provide:

  • Stable pressure conditions
  • Consistent heating cycles
  • Repeatable environmental simulation
  • Reliable batch-to-batch comparison

This makes the equipment suitable for product certification and quality assurance.

Detailed images

Oxygen Bomb Aging Test Chamber for IEC Cable, Rubber & Polymer Material Aging Testing 0

FAQ

The following questions are based on the most common inquiries received from international customers in the wire & cable, electrical appliance, polymer, and laboratory testing industries. Incorporating these FAQs also helps improve visibility in Google's Featured Snippets and AI-generated search results.

1. What is an Oxygen Bomb Aging Test Chamber?
An Oxygen Bomb Aging Test Chamber is a laboratory testing device used to accelerate the oxidation aging process of insulating materials, rubber, plastics, and polymers by exposing specimens to oxygen or compressed air under controlled pressure and elevated temperature conditions.
The accelerated test helps manufacturers predict the long-term durability and service life of materials in a much shorter period than natural aging.
2. What is the difference between an Oxygen Bomb Aging Test and an Air Bomb Aging Test?
Both testing methods use a sealed pressure vessel to accelerate material aging.
  • Oxygen Bomb Aging Test uses oxygen as the pressure medium to promote oxidation.
  • Air Bomb Aging Test uses compressed air as the pressure medium for accelerated aging evaluation.
The applicable testing method depends on the requirements of the relevant IEC, ISO, ASTM, or national standard.
3. Which materials can be tested?
The equipment is suitable for a wide range of materials, including:
  • PVC insulation
  • XLPE insulation
  • Silicone rubber
  • EPDM
  • NBR
  • PE
  • PP
  • ABS
  • Cable sheath compounds
  • Synthetic leather
  • Polymer composites
  • Rubber sealing materials
  • Engineering plastics
  • Electrical insulation materials
4. Which industries commonly use this equipment?
The Oxygen Bomb Aging Test Chamber is widely used in:
  • Wire and cable manufacturing
  • Electrical appliance production
  • Automotive component manufacturing
  • Polymer material development
  • Rubber product manufacturing
  • Quality inspection laboratories
  • Certification organizations
  • Universities and research institutes
5. Which international standards does this equipment support?
The equipment is designed for aging tests specified in standards such as:
  • IEC 60811
  • IEC 60227
  • IEC 60245
  • IEC 60335-1
  • IEC 60598
  • ISO 188
  • ASTM D572
  • GB/T 2951
Specific test procedures should always follow the latest edition of the applicable standard.
6. Why is accelerated aging testing important?
Accelerated aging allows manufacturers to:
  • Reduce product development time
  • Compare material formulations
  • Improve product reliability
  • Predict service life
  • Verify production consistency
  • Minimize field failures
  • Support certification testing
About HeJin
Your Trusted Source Manufacturer of Laboratory Testing Equipment

HeJin is a professional manufacturer specializing in the research, design, production, and global supply of laboratory testing equipment for electrical products, automotive components, wire & cable, refrigeration systems, polymer materials, and industrial quality inspection.

With years of engineering experience, our team is dedicated to delivering reliable testing solutions that help customers improve product quality, enhance testing efficiency, and comply with international standards.

Unlike companies that simply resell equipment, HeJin controls the entire manufacturing process—from engineering design and component selection to assembly, inspection, and final performance verification.

This enables us to provide consistent product quality, flexible customization, and dependable long-term technical support.