Vertical Combustion Tester for Silicone Rubber Flammability
STANDARD FEATURES
Burning Chamber Capacity |
≥0.75m³ with glass observation door |
Burning Angle |
20 。, 45 。, 90 。 (ie 0 。) adjustable |
Flame Time |
0 ~ 99 minutes 99 seconds can be set |
After Flame Time |
0 ~ 99 minutes 99 seconds can be set |
After Glow Time |
0 ~ 99 minutes 99 seconds can be set |
|
Burner Dimensions |
The inner diameter of the nozzle is Ø9.5±0.3mm, the effective length of the nozzle is 100±10mm, and there is an air adjustment hole |
Combustion Gas |
LPG gas (Customize) |
Flame Height |
Adjustable from 20mm to 175mm as standard |
|
Features |
It is also equipped with lighting device, air extraction device, gas flow regulating valve, gas pressure gauge, gas pressure regulating valve, gas flow meter, gas U-shaped pressure gauge and sample fixture |
Power |
AC 220v 50HZ |
Silicone Rubber Flame Retardant Performance Vertical Flame Tester: Specialized in evaluating the fire resistance of silicone rubber materials
I. Product Overview
Silicone rubber is widely used in electronics, medical, automotive and other fields due to its excellent high temperature resistance, weather resistance and electrical insulation properties. To ensure its safety in use, it is crucial to evaluate its flame retardant properties. Our Vertical Flame Tester is designed for testing silicone rubber materials and complies with international standards such as UL 94 and IEC 60695, making it a reliable tool for evaluating the flame retardancy of silicone rubber.
Test Standards and Methods
UL 94 test standard: Evaluate the flammability of plastic materials, categorize materials into different classes, covering horizontal and vertical combustion test. In the vertical combustion test, materials are categorized into V-0, V-1 and V-2 grades based on the sample's burning time, self-extinguishing ability and drippings.
IEC 60695 test standard: Provides test methods for the flame retardancy of electrical equipment, including the Scorch Wire and Needle Flame tests, which are designed to simulate the effect of a heat source on the material and to assess the fire hazard.
III. Application Areas
Electrical and electronic field: to ensure the flame retardant safety of electronic equipment shells and components.
Medical equipment field: to ensure the fire resistance of medical products in use.
Automobile manufacturing field: improve the flame retardant standard of automobile interior and components.
Aerospace field: to meet the demand for high flame retardant performance and ensure flight safety.
Product Advantages
High-precision testing: Equipped with precise gas control system and high-sensitivity sensors to ensure accurate and reliable test results.
Automatic operation: equipped with automatic ignition, timing and data recording functions, reducing human error and improving testing efficiency.
Safety: Designed with fireproof board, fireproof window and leakage protection device to ensure the safety of operators and equipment.
User-friendly: adopting intuitive touch screen interface, simple operation, easy to get started.
V. Operation flow
Sample Preparation: Prepare a silicone rubber sample with a size of 100mm×100mm according to the standard requirements.
Equipment calibration: calibrate the equipment before testing to ensure that the parameters are set correctly.
Environmental control: test under the specified temperature and humidity conditions to ensure the accuracy of the results.
Test execution: Fix the sample vertically, apply the prescribed flame, observe and record the burning situation.
Evaluation of results: Based on the test results to determine whether the material meets the standard, focusing on checking the burning time, self-extinguishing ability and dripping material.
VI. Conclusion
Choosing our Vertical Burning Tester for Silicone Rubber Flame Retardant Performance is choosing precision and safety. With its high-precision testing capability, fully automated operation process and all-around safety protection design, this equipment has become an indispensable right-hand man for many enterprises in the R&D and quality control process. It can not only accurately simulate the real combustion environment and provide solid and reliable data support for your material flame retardancy evaluation, but also help you stand out in the fierce market competition and win the trust and recognition of customers.
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