Intelligent Concrete Sulfate Dry and Wet Cycle Testing Machine

GB/T50082-2009
JTG 3420-2020

This testing instrument is designed for user-friendly operation and features automated testing once parameters are set, making it an ideal choice for evaluating the resistance of concrete specimens to sulfate attack.
Equipped with an industrial computer control system, the entire testing process is fully automated, allowing users to easily access historical data, trend curves, running time, and test frequency.
The computer-controlled testing machine is constructed with a fully stainless steel chamber, a refrigeration system, a heating system, and an in-out liquid system, ensuring safe and reliable long-term use.

Number of Specimens:No less than 64 pieces of 100mm cubic specimens.
Touch Screen Size:8-inch industrial touch screen.
Temperature Cycle Stages:Can be set arbitrarily.
Software Interface Display:Animated effects.
Temperature Calibration Accuracy:0.1ºC.
Refrigeration Compressor:Imported.
Water Pump:Corrosion-resistant chemical pump and alloy centrifugal impeller to prevent equipment pipe blockage.
Sulfate Erosion Temperature:(20~25)ºC.
Heating and Drying Temperature:(80±5)ºC.
Cooling Temperature:(25~30)ºC.
Material:Both test chamber and liquid storage tank are made of 304 stainless steel.
Insulation Layer:65mm polyurethane foam insulation layer.
Input Voltage:AC380V±10%, 50Hz.
Max. Power:5kW.
External Dimensions:Test chamber 2000×900×1450 (mm), Liquid storage tank 1168×622×696 (mm).
Chamber Weight:400kg.

1. According to standard requirements, prepare the dried and cooled (100×100×100) mm specimens.
2. Place the specimens and two specimen racks into the test chamber, with a spacing of 20mm between the specimens and a clearance of not less than 20mm between the specimens and the chamber sidewalls.
3. Position the temperature sensor at the center of the upper specimen rack and secure the chamber door.
4. Pour 320kg of prepared 5% Na2SO4 solution into the liquid storage tank and close the tank lid.
5. Check that the drainage valves of the test chamber and liquid storage tank are closed, and the valves on the connecting pipelines are open.
6. Power on the equipment, open the software, input the test information, and start the test.
7. After the test is completed, remove the specimens and racks, and clean the racks. Immediately connect the cleaning device to the test chamber, fill the cleaning device's storage tank with water, and open the cleaning pipeline valve.
8. Press the manual "water in" and "drain" buttons on the test chamber panel to clean the equipment's circulation pipeline, while also flushing the test chamber and liquid storage tank with clean water to wash them well.

Who we are
We are professional manufacturer & supplier specialized in Civil Engineering & Material testing equipments since 2003. We can supply various kinds of testing equipments that complies to the following standards ASTM/AASHTO, ISO, EN, DIN  JIS, as well as other specialized industry standards. Meanwhile we are authorized oversea market distributer of some famous China testing equipments manufacturer. Our customers come from 6 Continents with more than 90 countries & area since company has been established.

Our advantages
1. Quality assurance--We aim to long term cooperation with every of our customer
2. Reasonable price -- we believe only reasonable price can guarantee reliable quality & service
3. Wide range products--we not only sale own products but also acting products of mulity famous China manufacturers, time saving, easier process, better quality & price, guaranteed service.
4. After-sales service guaranteed--all sold products enjoy 12 months warranty period since products claimed, free spare parts (the transportation cost payment depends on the weight & destination).
5. Fast response & professionalism-- 7/24 response either on sales inquiry or after-sales service, Monday to Friday response within 2 hours, weekend response within 6hours.
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