LBTY-10 Ceramic Tile Freeze-Thaw Resistance Testing Machine (Adhesive)
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Description
Product Introduction:
The fully automatic low-temperature freeze–thaw testing machine consists of three major components: the refrigeration system, the control system, and the water‑filling system. The equipment features a compact, three‑dimensional design and is constructed entirely from high‑quality steel; both the inner tank and the water‑storage tank are made of premium stainless steel. Its robust overall structure and rust‑proofed materials ensure excellent corrosion resistance. The main unit is equipped with an imported, fully enclosed refrigeration compressor, offering advantages such as a small footprint, ease of operation, and low power consumption. The condenser is fabricated from red copper tubing, providing superior heat‑transfer performance. All functions—including start-up, delay‑hold, and shutdown—are automatically controlled by the instrument, ensuring safe and reliable operation. This device boasts high automation and efficiency, requiring no manual adjustments or ongoing monitoring, and can automatically complete 0 to 999 freeze–thaw cycles.
Compliant with standards
1. GB/T 3810-2016 “Test Method for Freeze–Thaw Resistance of Ceramic Tiles”
2. GB/T 2542-2012 “Test Methods for Masonry Bricks”
3. GB/T 4111-2013 “Test Methods for Concrete Blocks and Bricks”
4. GB/T 32987-2016 “Test Methods for Properties of Concrete Pavement Bricks”
5. GB/T 11973-1997 “Test Method for Freeze–Thaw Resistance of Aerated Concrete”
6. JGJ/T 70-2009 “Standard for Test Methods of Basic Properties of Mortar”
7. JC/T 446-2000 “Test Methods for Concrete Pavement Bricks”
8. GB 28635-2012 “Test Methods for Concrete Pavement Bricks”
9. GB 11968-2006 “Autoclaved Aerated Concrete Blocks”
10. JC/T 746-2007 “Test Method for Freeze–Thaw Resistance of Concrete Tiles”
11. GB/T 241-1994 “Test Method for Freeze–Thaw Resistance of Rocks”
12. GB/T 11969-2022 “Test Methods for Properties of Autoclaved Aerated Concrete”
13. JC/T 547-2017 “Adhesives for Ceramic Tiles”
It can also perform low-temperature tests down to –35°C upon user request.
Technical Specifications:
| Parameter Category | Parameter content |
| Container liner dimensions | Length 1100 mm × Width 500 mm × Height 500 mm |
| Equipment external dimensions | Length 1800 mm × Width 850 mm × Height 1300 mm |
| Temperature control range | -35℃ to +50℃ (minimum no-load temperature: -40℃) |
| Temperature control accuracy | ±1℃ |
| Sensor display accuracy | ±0.1℃ |
| Cooling rate | ≤20℃/h |
| Product Control Configuration | Touchscreen control |
| Freezing time range | 0–9,999 hours (adjustable) |
| Melting time range | 0–9,999 hours (adjustable) |
| Freeze-thaw cycle range | 0–9,999 times (adjustable) |
| Equipment weight | Approximately 200 kg |
| Power supply | AC 380 V ±10%, 50 ±1 Hz |
Operating environment
To ensure the proper operation of the control system, the instruments must be mounted in a control cabinet. The operating environment of the instruments not only affects their normal functionality but also impacts maintenance and measurement accuracy. The instrument’s operating environment shall meet the following requirements:
Operating ambient temperature: 0–50°C;
Operating environment humidity: 10–85% (non-condensing);
A low-vibration, well-ventilated environment;
An environment that does not easily produce condensate and contains no corrosive or flammable gases;
An environment free from strong electromagnetic interference, and unlikely to generate static electricity, magnetic fields, or noise disturbances.
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Keywords:
LBTY-10 Ceramic Tile Freeze-Thaw Resistance Testing Machine (Adhesive)