Many customers have not seriously considered the application and selection of flooring. Generally speaking, they will search for industrial floor paint materials online and then start asking. Then they choose the supplier with the lowest quotation and start construction. Then when the construction was completed, they discovered many problems. Then there is regret. I rarely see any clients seriously discussing platform applications with you: how to choose? How to choose based on the usage environment? At present, many homeowners who are responsible for the floors have little relevant professional knowledge, and they have not chosen to prioritize solving problems in practical applications. They often mix many personal factors to make choices and decisions. Therefore, the final flooring product cannot adapt to and meet the customer's usage requirements, resulting in conflicts between customers and suppliers, leading to various disputes and mistrust.
The large-scale construction of industrial floors and their compatibility with the usage environment are the first issues that homeowners need to consider. During the investigation and construction process, we found that many homeowners are rebuilding their terraces for the second or even third time. Once transformed, the troubles that come with it will be very significant. Many problems will arise. Shutting down, affecting normal use and production, partitioning, and device protection are both complex and expensive.
How do we choose a terrace?
Firstly, as a homeowner, you must consider what kind of environment to build: indoor or outdoor? Traffic frequency and load? What is the required level of cleanliness? What is the ambient temperature and humidity used? Anti static and anti-corrosion requirements? All these issues must be considered by the owner before choosing a terrace. Here are 4 floor plans for your reference:
1. Dust free treatment (simple type)
Method 1: One layer of industrial floor paint material+two layers of epoxy topcoat+one layer of polymer wear-resistant topcoat;
Method 2: One layer of industrial floor paint material+one layer of roller (4:1) topcoat+two layers of (4:1) topcoat;
Method 3: One coat of industrial floor paint material+two coats (4:1) of topcoat.
2. Transparent dust-free hardening treatment
Method 1: Concrete sealing and curing agent for anti-seepage reinforcement;
Method 2: Epoxy curing agent penetration reinforcement (1:1);
Method 3: Use industrial floor paint material (1:1) to strengthen the seal.
3. Corrosion resistant treatment
Method 1: Ordinary industrial floor paint materials can withstand 10% weak acid and alkali;
Method 2: Use epoxy fiberglass anti-corrosion floor coating, which includes using epoxy anti-corrosion primer+fiberglass cloth layer+scraping epoxy anti-corrosion mortar twice+scraping anti-corrosion putty layer+fiberglass anti-corrosion topcoat.
4. Wet ground
Wetland surfaces cannot be coated with ordinary epoxy floor paint, otherwise problems such as blistering and peeling may occur. The first floor, basement, and other damp floors of the Needle Building should use permeable and moisture-proof methods.
Method 1: Use breathable water-based industrial floor paint material coating, namely water-based industrial floor paint material+water-based industrial floor paint material, mix an appropriate amount of quartz sand, and scrape twice in batches; Add fillers such as quartz powder and talc powder to the water-based epoxy intermediate paint, and scrape it in batches once or twice+water-based epoxy topcoat;
Method 2: Use concrete sealing curing agent. Concrete sealing and curing agent is a water-based material suitable for damp floors.
I believe many customers have the simplest idea: industrial floor paint materials are low-cost, meet requirements, able to survive, and have low overall operating costs. These simple requirements can be relatively easily answered through the detailed analysis above.