Anti-Liquid Molten Metal Splash Test Device
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Whats/App: +86 156 1874 6768
Web: standard-groups.com
Projections of molten metal drops at a point on a vertical oriented test specimen and measurement of the number of the drops required to cause a 40 K temperature rise in a sensor behind the specimen.
Application
You can use this tester to determine the impact resistance and protective capability of materials exposed to molten metal splashes. Typical applications include:
(1) Testing protective clothing, gloves, and aprons used in foundries or metal processing industries.
(2) Evaluating thermal insulation panels or shields used in steel mills or metal casting facilities.
(3) Quality control and R&D for high-temperature resistant coatings and fabrics.
(4) Safety certification testing for compliance with international molten metal protection standards.
(5) Material performance comparison for industrial safety evaluations.
Standard
AQ 6103
ISO 9150:1988
CSN EN 348:1992
GB 8965.2:2009
GB/T 17599:1998
Features
Drop guide to collect the drops and to guide them towards the vertically oriented test specimen.
Senor for measuring the temperature linked to a recording device.
Holding frame and counterweights for the test specimen.
Motor speed can be adjust so that the steel rod is fed at the rate of (10 f 1) g/mm.
Needle valves adjust the O2 and acetylene flow rate.
LCD Screen display and control the motor speed.
Technical Parameters
| Size | 700mm (W) X 850mm (H) X 500mm (D) |
| Weight | 42kg |
| Installation requirements | 220V, 50HZ, 5A |
| Environmental Requirements | Temperature (20+2)degree C, Humidity (65+5)% |
| Gas requirements | oxygen, acetylene |
Test Procedures
(1) Secure the vertically oriented test specimen in the holding frame.
(2) Adjust the motor feed rate according to material thickness and standard requirements.
(3) Set the oxygen and acetylene flow rates using the needle valves.
(4) Start the test and allow molten metal droplets to impact the specimen.
(5) Monitor the temperature rise behind the specimen until a 40 K increase is reached; record the number of droplets required.
(6) Compile results for material evaluation and certification purposes.
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