How to ensure the performance and stability of gypsum self-leveling?
Publish Time: 2024-09-19
To ensure the performance and stability of gypsum self-leveling, we can start from the following aspects:
1. Material selection and quality control
High-quality raw materials: Select high-quality gypsum, aggregates and various building chemical additives as raw materials. These materials should have good physical properties and chemical stability to ensure the overall quality of gypsum self-leveling.
Scientific proportioning: In the factory, gypsum, aggregates and additives are mixed evenly through scientific proportioning to make self-leveling materials specially used for indoor floor leveling. Reasonable proportioning can ensure that gypsum self-leveling has excellent performance.
2. Construction preparation and operation
Base treatment: Before construction, the base is thoroughly treated to ensure that the base is flat, dry, free of oil and debris. This helps to improve the adhesion between gypsum self-leveling and the base, and prevent hollowing and cracking.
Construction environment: Control the temperature and humidity of the construction environment, and avoid construction under extreme temperature or humidity conditions. A suitable construction environment helps the flow and solidification of gypsum self-leveling, thereby improving its performance.
Mixing and pouring: Use a suitable mixer to mix the gypsum self-leveling material evenly and complete the pouring within the specified time. Avoid mixing impurities and air bubbles during the mixing process to ensure the flatness and strength of the gypsum self-leveling.
3. Post-maintenance and maintenance
Maintenance measures: After the gypsum self-leveling construction is completed, certain maintenance measures are required. For example, keep the construction area ventilated and dry, avoid direct sunlight and rain. During the maintenance period, avoid people stepping on and stacking heavy objects to avoid damage to the ground.
Regular inspection and maintenance: Regularly check the surface condition of the gypsum self-leveling floor, find possible cracks, bubbling, color difference and other problems, and take corresponding maintenance measures in time. At the same time, regularly clean and maintain equipment and tools related to the ground to ensure its normal operation.
4. Performance optimization and improvement
Technical improvement: Improve the performance indicators of gypsum self-leveling through technological innovation and improvement. For example, use a composite modification method to improve the flexural and compressive strength of gypsum self-leveling; optimize the formula and process to reduce the shrinkage rate and water seepage of the material, etc.
Adaptability to application environment: Choose suitable gypsum self-leveling materials and construction processes according to different use environments and needs. For example, in a humid environment, you should choose gypsum self-leveling materials with moisture-proof properties; in places with higher requirements, such as factories and machine rooms, you should choose self-leveling floor materials with higher strength.
The performance and stability of gypsum self-leveling can be effectively guaranteed through the selection of high-quality raw materials, scientific proportioning, standardized construction operations, reasonable post-care and maintenance, and technical improvements.
