The core technical advantage lies in the modified lithium silicate molecular formula, which increases the cross-linking density of the bonding layer, improving the bonding strength and high-temperature stability. It solves the problem of poor high-temperature stability of traditional organic bonding agents, and will not crack or delaminate after high-temperature sintering. It has a moderate operational time, which is convenient for construction operations, and has excellent water resistance and chemical stability, adapting to various complex application scenarios. It can effectively fix ceramic particles and improve the overall strength of ceramic products.
The bonding strength is ≥3.5MPa tested by a universal testing machine, the maximum service temperature is up to 1200℃, the curing time is 24 hours at 25℃, and the operational time is 30-60 minutes after mixing. The solid content is 45±2%, pH value ranges from 10.5 to 11.5, density is 1.32±0.05 g/cm³. The product is packaged in 20kg plastic drums, and the shelf life is 18 months when stored in a cool and dry place. It needs to be mixed evenly with ceramic powder before use.
This product is suitable for bonding various ceramic products such as ceramic tiles, refractory bricks, ceramic kiln linings and industrial ceramic components. It can also be used in the manufacturing of ceramic composite materials, and is widely used in ceramic manufacturing plants, refractory engineering, metallurgical industry, glass manufacturing and other fields. It provides reliable bonding performance for high-temperature and corrosion-resistant applications, meeting the production needs of various ceramic products.
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