- Plastic And Film Packaging Test Equipment
- Sample preparation
- Carton Package Testing Equipment
- Toys Testing Instrument
- Environmental Testing Equipment
- Footwear Testing Equipment
-
Textile Testing Equipment
- Zipper & Button & Velcro Tape Tester
- Protective Clothing & Mask Tester
- Gloves & Socks Tester
- Feather & Down Tester
- Nonwoven Textile Tester
- Geotextile Tester
- Flammability Test Equipment
- Yarn and FiberTesting
- Washing & Laundering
- Tensile Burst Tear Strength Tester
- Fabric And Garment Testing
- Dyeing and Finishing Tester
- Color Fastness Testing
- Abrasion and Pilling Tester
0102030405
Fully Auto High Temperature Oxygen Index Tester Flammability Test Equipment M099C
Overview
The high temperature limiting oxygen index tester is used to measure the limiting oxygen index of rubber, high performance fiber, composite materials and so on under high temperature conditions. It can be used to evaluate the combustion performance of materials under high temperature conditions, so as to guide material research and development and provide data basis for product acceptance.
Application
Standards
GB/T 2406.3, ISO 4589.3
Key Parameters
Model |
M099C |
Measuring range |
0 ~1 00 % |
Working pressure |
0.05-0.3 Mpa |
Heating wire |
nickel-chromium wire |
Heating wire diameter |
0.55mm |
Maximum temperature |
1100 ℃ |
Temperature range |
RT-1100 ℃ |
Burning barrel height |
500mm |
Combustion tube inner diameter |
76mm |
Combustion tube top flow restriction hole |
40mm |
Burner flow rate |
(40 ± 2) mm/s |
Resolution |
0.1% |
Measurement accuracy |
±0.2% |
Outer dimension (W*D*H) |
410*510*830 |
Product Details
Production Processes
Scenarios of Use
Operation
Transportation

Packing System
1. Products are covered with air bubble film before put them into composite board standard export wooden case. To ensure waterproof, moistureproof, corrosion, anti-corrosion and security.
2. Package with shipping mark in line with International and national standards, which is easy for handling, loading and unloading.
3. Packing materials selected accorded with economic and safety requirements
4. Compliance with environmental requirements.