The use of a Power Trowel (also known as a "Power Float") can produce a smooth, dense, and level concrete surface. This process is faster and requires less labor compared to traditional methods.
Power Trowels are usually used together with a hardener. This method provides a durable dry shake topping for monolithic floors. When spread and smoothed over freshly poured wet concrete, it creates a tough and smooth surface.
Power Trowels are commonly used in the construction of industrial floors, warehouses, shopping malls, and public areas where durable and wear-resistant flooring is essential.


Power Trowel / Power Float
Waterproofing System
Waterproofing is a process or technique used to make a surface or material resistant to water, preventing leaks, seepage, or damage caused by moisture. Waterproofing is commonly applied to buildings, such as roofs, walls, floors, and basements, to prevent leakage and enhance durability against weather and water exposure.


Concrete Repair
Concrete needs to be repaired from time to time as it can suffer damage due to various factors that affect its strength and durability.
Cracks in concrete can occur due to expansion and contraction caused by temperature changes. Excessive loads or ground movement can lead to structural fractures.
Concrete floors in industrial areas or roadways often experience wear due to continuous friction. Water, wind, and chemicals can cause erosion on concrete surfaces. Water absorption can lead to cracking or expansion of concrete. If concrete is not properly waterproofed, water can seep in and weaken its structure.
Chemicals such as acids and salts can damage concrete, especially in industrial and coastal areas. Carbonation occurs when carbon dioxide from the air reacts with concrete, lowering its pH and causing reinforcement steel to rust, expand, and break the surrounding concrete.
Cracks in concrete can occur due to expansion and contraction caused by temperature changes. Excessive loads or ground movement can lead to structural fractures.
Concrete floors in industrial areas or roadways often experience wear due to continuous friction. Water, wind, and chemicals can cause erosion on concrete surfaces. Water absorption can lead to cracking or expansion of concrete. If concrete is not properly waterproofed, water can seep in and weaken its structure.
Chemicals such as acids and salts can damage concrete, especially in industrial and coastal areas. Carbonation occurs when carbon dioxide from the air reacts with concrete, lowering its pH and causing reinforcement steel to rust, expand, and break the surrounding concrete.
Concrete Imprint
Concrete Imprint, also known as stamped concrete, is a technique of imprinting patterns onto wet concrete to mimic the appearance of stone, brick, wood, or tiles. It offers an aesthetic look, durability, and cost-effectiveness, making it a popular choice for walkways, patios, driveways, and commercial areas. With low maintenance and high weather resistance, this technique enhances visual appeal while ensuring long-term durability.


Epoxy / PU Industrial Flooring
Epoxy / Polyurethane (PU) Industrial Flooring is a durable, chemical-resistant, and impact-resistant flooring suitable for factories, warehouses, hospitals, and the food industry. Epoxy Flooring consists of Self-Leveling Epoxy, which provides a smooth and seamless finish, and Roller-Applied Epoxy, which has a slightly rough texture (orange peel effect). PU Flooring is more flexible and resistant to extreme temperatures, making it ideal for the pharmaceutical and cold storage industries. Both offer high durability, low maintenance, and optimal safety for industrial environments.