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Water-based epoxy colored sand topcoat can shine in various scenes with its diverse performance and rich expressiveness. The following practical application cases in different scenes will take you to intuitively feel its charm and practicality. 1.Warm home scene: create a comfortable living space  Living room wall decoration In a modern and simple living room, choose light gray water-based epoxy colored sand topcoat with white plaster line to create a simple and atmospheric atmosphere. The delicate texture of colored sand flickers slightly under the light, adding a sense of refinement to the space. The TV background wall uses dark gray water-based epoxy colored sand topcoat, which is treated with a special roughening process to create a unique texture, making it the visual focus of the living room. Whether it is a family gathering or daily leisure, such a wall can make people feel comfortable and cozy. Children's room wall design The wall of the children's room should be colorful and environmentally friendly and safe. Choose a pink water-based epoxy colored sand topcoat, paired with hand-painted cartoon patterns, to create a dreamy growth space for your children. Its excellent stain resistance allows children to give full play to their imagination and graffiti on the wall, and parents do not need to worry about it being difficult to clean. Moreover, the environmental performance of water-based epoxy colored sand topcoat can escort the healthy growth of children. 2. Commercial space scene: enhance brand image Internet celebrity coffee shop wall decoration A Internet celebrity coffee shop that focuses on retro industrial style uses dark brown water-based epoxy colored sand topcoat on wall decoration, and creates a texture of years of precipitation through aging treatment. The exposed red bricks and dark walls complement each other, and with warm yellow lights, they instantly attract the attention of customers and become a popular check-in point. The wear-resistant and stain-resistant performance of water-based epoxy colored sand topcoat can also cope with the frequent flow of people and friction between tables and chairs in the coffee shop, keeping the wall beautiful for a long time. Brand store wall design In order to highlight the elegance and fashion sense of the brand, a fashion women's clothing store chose off-white water-based epoxy colored sand paint as the main color of the wall, matched with golden decorative lines, to create a high-end shopping environment. In the display area, colorful water-based epoxy colored sand paint is used to create a unique background wall, which complements the displayed clothing, effectively improves the display effect of the goods, and enhances the customer's desire to buy. 3.Industrial site scene: achieve efficient protection Factory workshop wall protection In the mechanical processing workshop, the wall is often polluted and collided by oil, iron filings, etc. The stain resistance and wear resistance of water-based epoxy colored sand paint play an important role here. The use of gray water-based epoxy colored sand paint can not only effectively resist the erosion of oil and iron filings, but also its high-strength paint film can prevent the wall from being damaged by equipment collision, reducing the maintenance cost and frequency of the wall, and creating a clean and safe production environment for the factory. Warehouse wall treatment The handling and storage of goods in the warehouse can easily cause wear and tear on the wall. Using water-based epoxy colored sand topcoat for wall treatment can greatly improve the wear resistance and scratch resistance of the wall. At the same time, its stain resistance also facilitates daily cleaning and keeps the warehouse wall clean. Moreover, water-based epoxy colored sand topcoat can choose different colors according to the functional divisions of the warehouse, which is convenient for the classification and management of goods and improves storage efficiency. From warm homes to bustling commercial spaces to busy industrial sites, water-based epoxy colored sand topcoat has shown strong adaptability and practicality. Have these practical application cases brought you new inspiration? If you also have decoration needs for specific scenes, please share and discuss more exciting application solutions together!

Water-based epoxy orange grain topcoat has a place in the coating market with its unique decorative effect and practical performance. ​Environmental protection properties Safe and harmless: Using water as a solvent, it does not contain any harmful organic solvents, which eliminates the harm of volatile organic compounds to human health and the environment from the root. When furniture manufacturers use this paint to paint the surface of furniture, workers do not need to worry about pungent odors and harmful gases inhaled during the production process, which ensures occupational health; finished furniture will not release harmful substances after entering the home, creating a safe living environment for consumers. ​ Compliance with environmental regulations: It has passed a number of strict environmental certifications, such as the China Environmental Labeling Product Certification, etc. Whether in the domestic or international market, it meets various environmental regulations and provides strong support for the company's products to enter the market. ​   Performance highlights Unique decorative effect: It can form a concave and convex texture similar to the surface of orange peel. This unique orange grain effect brings rich layering and three-dimensionality to the surface of objects. In the coating of metal columns in the hotel lobby, the orange grain topcoat makes the originally monotonous metal surface artistic and enhances the style of the entire space; in the coating of equipment shells, the orange grain effect is not only beautiful, but also can effectively cover up the minor defects generated during the production process and improve the appearance quality of the product. ​ Good physical properties: It has excellent wear resistance and impact resistance. The concave and convex texture structure can disperse external forces. In daily use, even if it is slightly bumped or rubbed, the coating is not easily damaged. For example, after the outdoor billboard frame is coated with orange grain topcoat, it can still keep the coating intact in harsh environments such as wind, sun, sand and dust, and extend the service life of the billboard. At the same time, its corrosion resistance is also very excellent, and it can adapt to complex environments such as humidity, acid and alkali, and is suitable for surface protection of chemical equipment, coastal facilities, etc. ​   Key construction ​ Substrate pretreatment: Thoroughly clean the substrate before construction to remove impurities such as oil, rust, and dust. For metal substrates, sandblasting or shot blasting can be used to improve surface roughness and enhance coating adhesion; for wooden substrates, grinding and gap filling are required to ensure a smooth surface. ​ Spraying process control: Spraying is used for construction. By adjusting the caliber of the spray gun (commonly used caliber is 1.5 - 2.5mm), spraying pressure (generally controlled at 0.3 - 0.5MPa), spraying distance (recommended to be kept at 20 - 30cm) and other parameters, the size and density of the orange grain can be accurately controlled. For example, if you want to get a larger orange grain effect, you can increase the caliber of the spray gun and reduce the spraying pressure appropriately; if you want fine orange grain, do the opposite. At the same time, the temperature and humidity of the construction environment have a significant impact on the orange grain effect. The optimal construction temperature is 5℃ - 35℃, and the relative humidity is not more than 85%. Too high or too low temperature and humidity may cause uneven orange grain or poor drying of the coating. ​ Drying and curing: After spraying, the coating needs to be dried and cured in a suitable environment. Generally, the surface drying time is 1-2 hours, and the actual drying time is 24-48 hours. During the drying process, avoid dust and debris from contaminating the coating to ensure the final effect.

At a time when the electronic information industry is booming, water-based epoxy antistatic topcoat has become a key product to solve the problem of static electricity. ​ Environmental advantages​ Green construction: With water as the dispersion medium, there is no organic solvent volatilization during the construction process, and there is no irritating odor, which improves the air quality of closed construction environments such as electronic factories. Construction workers do not need to wear complex protective equipment, which reduces labor intensity and also reduces the cost of enterprises in occupational health protection. ​ Environmentally friendly: After the product is discarded, it will not cause pollution to soil, water sources, etc., which is in line with the concept of circular economy and sustainable development. In today's frequent replacement of electronic equipment, the use of environmentally friendly antistatic topcoat can help reduce the harm of electronic waste to the environment. ​ Core functions and performance​ High-efficiency antistatic: Through a special formula, a conductive network is constructed on the surface of the coating, which can quickly guide away the generated static electricity. The antistatic principle is to use conductive fillers (such as conductive carbon black, metal powder, etc.) to be evenly dispersed in the coating to form a continuous conductive channel to guide the static electricity to the ground. After professional testing, this topcoat can quickly reduce the static voltage on the surface of an object to between 10 to the 6th power and 10 to the 9th power Ω, meeting the strict requirements of the electronics industry for static protection. In the electronic chip production workshop, tiny static electricity may cause chip damage. The application of water-based epoxy antistatic topcoat has greatly reduced the product defect rate and ensured production efficiency. ​ Comprehensive physical properties: In addition to antistatic, it also has good wear resistance, hardness and corrosion resistance. In the data center, the heat generated by the operation of a large number of servers and the daily maintenance of equipment require the floor coating to have wear resistance and scratch resistance. This topcoat can meet this demand; in the electronic component storage warehouse, it may be exposed to some chemical cleaners. Its corrosion resistance can ensure that the coating is not corroded and maintains stable antistatic performance. At the same time, the coating has strong adhesion, is firmly bonded to substrates such as concrete and metal, and is not easy to fall off after long-term use. ​ Construction process and key points​ Base surface treatment: Strictly treat the construction base surface to ensure that it is flat, dry and clean. The concrete base surface needs to be polished and dusted to remove the surface slurry and loose particles; the metal base surface needs to be rusted and degreased. For example, in the construction of the floor of a new electronic factory, after the concrete base surface is polished, the dust needs to be thoroughly cleaned with a vacuum cleaner to ensure a good combination of the coating and the base surface. ​ Paint mixing: The paint should be mixed accurately according to the proportion, especially the amount of conductive material added must be accurate. During the mixing process, it is necessary to fully stir to make the conductive filler evenly dispersed, otherwise it will affect the antistatic performance of the coating. It is generally recommended to use mechanical stirring for no less than 10 minutes, and let it stand for 10-15 minutes after mixing to eliminate bubbles generated during the mixing process. ​ Construction and testing: Use roller coating or spraying to control the coating thickness to be uniform. The general topcoat thickness is 0.3-0.5mm. After the construction is completed, it is necessary to wait for the coating to be completely cured (usually 3-7 days, the specific time is affected by environmental factors), and then use professional antistatic testing equipment to test the surface resistance, volume resistance and other parameters of the coating to ensure that the antistatic performance meets the standard requirements. If the test does not meet the standards, the reasons must be analyzed and remedial measures must be taken in a timely manner.

Introduction: Common problems of outdoor floor Outdoor floor is exposed to wind, sun, rain and erosion all year round. Traditional materials often face problems such as fading, cracking, and high maintenance costs. Water-based nano floor paint has targetedly solved these pain points through technological innovation. This article will analyze its solutions one by one. Pain point 1: Fading and aging Traditional problem: Ordinary paint fades significantly in 2-3 years, affecting the appearance. Solution: Nano cerium oxide (CeO₂) as a UV absorber forms a "protective shield" to delay the breakage of resin molecular chains and improve color retention to 8-10 years. Pain point 2: Cracks and peeling Traditional problem: Temperature difference causes thermal expansion and contraction, cracking of the base layer and damage to the coating. Solution: Water-based resin and nano clay are compounded, the elastic modulus of the paint film is increased by 40%, and it can withstand the displacement of base layer cracks below 0.5mm, achieving a "self-repairing" effect. Pain point 3: Insufficient anti-slip safety Traditional problem: The floor is slippery in rainy and snowy weather, which can easily cause accidents. Solution: Add nano-diamond micro-aggregate, the dry anti-slip coefficient is ≥0.7, and the wet anti-slip coefficient is ≥0.6 (far exceeding the ASTM standard of 0.5), which is suitable for high-risk areas such as swimming pools and ramps. Pain point 4: Chemical corrosion and pollution Traditional problem: Oil stains and acid rain erosion cause coating failure. Solution: Fluorosilicone modified nano coating forms ultra-low surface energy, with an anti-fouling level of 1 (oily pen stains can be wiped off), and no change after immersion in 10% sulfuric acid solution for 30 days. Pain point 5: High maintenance cost Traditional problem: High-pressure cleaning and repainting are required every year, and labor costs are high. Solution: The self-cleaning feature reduces the cleaning frequency by 90%; the service life of a single coating is more than 10 years, and the overall cost is reduced by 60%. Pain point 6: Pressure of environmental regulations Traditional problem: Solvent-based coatings face policy restrictions, and companies need to transform. Solution: The water-based system has passed the SGS test, VOC < 50g/L, meets the requirements of GB 38468-2019 "Limits of Hazardous Substances in Indoor Floor Coatings", and helps enterprises upgrade to green. Construction Guide: How to maximize product performance? 1. Base treatment: Ensure that the ground moisture content is < 8% and the tensile strength is ≥ 1.5MPa. 2. Coating design: The three-layer system of "primer + midcoat + topcoat" is recommended, with a total film thickness of ≥ 200μm. 3. Environmental control: Construction temperature 5-35℃, humidity < 85%, and operations are prohibited on rainy days. Industry Outlook: Infinite Possibilities of Nanotechnology In the future, water-based nano floor paint may be combined with the Internet of Things, such as embedding sensors to monitor the load-bearing status of the floor; the addition of graphene conductive coating may realize the function of melting snow and ice on the floor, further broadening the application boundaries.  

Introduction: New era demand for outdoor floor With the acceleration of urbanization and the improvement of environmental awareness, the choice of outdoor floor materials is no longer limited to traditional cement or solvent-based coatings. Water-based nano outdoor floor paint is becoming the first choice for municipal engineering, commercial plazas, villa courtyards and other scenes due to its environmental protection, weather resistance and functionality. This article will deeply analyze the core advantages and application value of this innovative material.   1. Water-based nanotechnology: a revolution in environmental performance 1. Zero VOC emissions, green and safe Traditional solvent-based floor paint contains a large amount of volatile organic compounds (VOC), which has a pungent smell during construction and releases harmful gases for a long time. Water-based nano floor paint uses water as a dispersion medium, and the VOC content is close to zero, which meets international environmental standards (such as EU REACH and China Ten Ring Certification) to protect the health of construction workers and users. 2. Support of nanomaterials Through the composite modification of nano-silicon dioxide, nano-zinc oxide and other materials, the paint film forms a dense mesh structure, which not only improves the anti-ultraviolet ability by more than 3 times, but also effectively inhibits the growth of algae and mold, and prolongs the service life of the floor.   2. Performance advantages: breakthroughs beyond traditional materials 1. Extreme climate adaptability High temperature resistance and freeze-thaw resistance: no cracking or powdering in an environment of -30℃ to 80℃, suitable for severe cold in the north and high temperature in the south. Anti-ultraviolet aging: Nanoparticles reflect ultraviolet rays, and the color retention rate is as high as 90% within 5 years, avoiding the disadvantages of traditional coatings fading and whitening.   2. Self-cleaning and wear resistance Lotus leaf effect: The hydrophobic angle of the paint surface is greater than 110°, and rainwater can take away surface dust, reducing cleaning and maintenance costs. High mechanical strength: wear resistance coefficient ≥0.6 (national standard is 0.4), can withstand frequent vehicle rolling, and is extremely suitable for parking lots and logistics parks.   3. Construction convenience and scene application 1. Simplify the construction process Water-based nano floor paint supports a variety of processes such as rolling and spraying. It can be put into use in 24 hours at room temperature after 4-8 hours of surface drying, and can be put into use in 24 hours, shortening the construction period by 50%. The base treatment requirements are low, and the renovation of the old floor does not need to be completely removed, saving costs.   2. Multi-scenario application cases Municipal trails: The anti-slip coefficient reaches R10 level, and the anti-slip performance on rainy days is excellent. Sports venues: The elastic coating can be customized in thickness and is suitable for tennis courts and basketball courts. Roof gardens: The root puncture resistance protects the building structure and extends the life of the waterproof layer.   4. Future trends: intelligence and functional integration The industry is exploring the integration of photocatalytic nanomaterials (such as titanium dioxide) into floor paint to achieve air purification functions; at the same time, smart floor technologies such as temperature-sensitive color-changing coatings and conductive pavements are also in the trial stage, and may become an important part of smart cities in the future.                                                                    

As a traditional floor coating, oil-based floor paint still occupies an important position in specific fields due to its unique properties. The following is an analysis of its core advantages and applicable scenarios: 1. Excellent physical properties Due to the addition of organic curing agent, the paint film hardness of oil-based floor paint can reach a high level (such as 2H standard), and its wear resistance and compression resistance are particularly outstanding, which is suitable for heavy-duty industrial areas such as logistics warehouses, mechanical workshops, etc. Its high-gloss surface can also enhance the beauty of the floor and is suitable for commercial spaces that require visual effects. 2. Mature technology and construction experience After years of development, the construction process of oil-based paint has been widely mastered. Experienced construction teams can complete the coating quickly and have more flexibility in handling complex base surfaces. 3. High cost-effectiveness In terms of material cost, oil-based paint is usually lower than water-based floor paint, especially the topcoat part. For projects with limited budgets and low environmental requirements, oil-based paint is more economical. 4. Stable chemical resistance Oil-based paint has strong tolerance to oil and chemical solvents, and is suitable for environments that are easily exposed to corrosive substances, such as auto repair shops and chemical plants. 5. Irreplaceable application scenarios Although environmental protection policies are becoming stricter, oil-based paint is still irreplaceable in the following scenarios: Environment with high humidity or large temperature difference: Oil-based paint has strong penetration and can adapt to some wet base surfaces. Short-term high-frequency use requirements: such as temporary exhibition halls or rapid renovation projects, because it can be put into use after drying.      

The construction of water-based epoxy floor paint requires steps and details, and standardized operation can create a high-quality floor. Before construction, the base needs to be fully treated. First, use a grinder to grind the floor to remove defects such as sanding and hollowing, so that the base is flat and has a certain degree of roughness to facilitate subsequent attachment. At the same time, sweep and vacuum to ensure that there is no dust or oil residue on the ground.   When applying waterborne epoxy floor paint primer, mix the waterborne epoxy floor paint primer evenly according to the proportion and apply it evenly with a roller or spray gun. The primer can enhance the adhesion between the ground and the topcoat. The application should ensure that there is no omission. The drying time depends on the ambient temperature and humidity, and generally takes 8-12 hours.   Then proceed with the mid-coat construction. Add an appropriate amount of quartz sand to the water-based epoxy mid-coat material and stir it. Use a trowel to scrape it to increase the strength and thickness of the floor. You can scrape it 1-2 times as needed, and polish it flat after each coat dries. Finally, the topcoat is applied. Roll or spray the prepared water-based epoxy floor paint evenly. Pay attention to the speed and strength during the operation to ensure that the paint surface is uniform and smooth. The topcoat gives the floor beauty and wear resistance. After completion, it needs to be maintained for 3-7 days. During this period, avoid heavy objects hitting it and sharp objects scratching it. After it is completely cured, it can be put into use.  

BestRich unique technology of water-based epoxy floor paint are：   1.Our factory's latest research has launched a new epoxy water-based floor paint, which can replace the oil-based floor paint of primer and intermediate paint. The price is more favorable, healthier and environmentally friendly.    2.Water-based epoxy floor paint can reach 80 degrees without the need for topcoat, reducing costs.   3.BestRich water-based epoxy floor paint does not soften when applied thickly, and 10 cm thick application can also dry quickly, allowing you to work efficiently.   4.After the normal construction of BestRich water-based epoxy floor paint is completed, it can withstand the rolling of forklifts and cars. It has high hardness and its hardness can reach 3H or above.   5.BestRich water-based epoxy floor paint has better leveling properties, and normal construction will not produce roller trowel marks or joint marks.