The reason for screws the waterproof roof is to enhance the adhesion and stability of the waterproof layer.
The waterproof layer of the roof is a key part to protect the building from rain erosion. The waterproof layer is usually composed of waterproof materials, such as waterproof coatings, waterproof membranes, etc. These materials need to be firmly attached to the roof to ensure its waterproof effect. The process of nailing is actually to fix the waterproof layer and the building roof structure tightly together through nails.
Detailed explanation:
1. Reasons for enhancing adhesion: Nails can penetrate the waterproof layer and penetrate into the roof base. Through such physical fixation, ensure that the waterproof material fits tightly on the roof surface to avoid bulging and falling off of the waterproof layer due to temperature changes, wind blowing and other factors.
2. Considerations for improving stability: The roof may be affected by various forces during use, such as thermal expansion and contraction caused by wind pressure, temperature difference, etc. The waterproof material can be strongly supported where the nails are driven, which helps to maintain the stability of the waterproof layer and avoid deformation or damage caused by external forces.
3. Avoid water accumulation: In some special geographical environments or climatic conditions, if the waterproof layer is not firmly fixed, water may accumulate on the roof. Nailing can ensure that the waterproof material fits the roof better, which helps to remove water and keep the roof dry.
4. Comply with building regulations: In the construction industry, in order to ensure the quality and safety of buildings, certain building regulations are usually followed. Among the requirements for waterproofing projects, the waterproof material must be fixed in an appropriate manner, and nailing is one of the effective ways to meet this requirement.
In summary, nailing the roof waterproofing is to ensure the integrity, stability and durability of the waterproof layer, thereby protecting the building from water erosion and damage.
