Author name: videoacademy@mikem.com

Steel Fiber Reinforced Concrete Concrete is one of the most widely used construction materials in the world. It is strong, durable, and easy to mold into different shapes. However, plain concrete has some weaknesses, especially when it comes to cracks, impact, or heavy loads. This is where Steel Fiber Reinforced Concrete (SFRC) comes in. By

Concrete is one of the most widely used construction materials, but traditional concrete has a major weakness: it’s prone to cracking under stress. That’s where fiber-reinforced concrete (FRC) comes in. By adding fibers, such as steel, carbon, glass, or synthetic materials, engineers can significantly enhance concrete strength, durability, and crack resistance. Whether it’s for heavy-duty industrial floors,

In the construction industry, durability, cost-effectiveness, and performance are key priorities when it comes to concrete. One way to improve all three is by adding polypropylene fiber to concrete mixes. This small addition can make a big difference in strength, crack resistance, and long-term performance. If you’re in the business of construction materials or concrete

How Does Ice Melt Damage Concrete? During winter, ice melt products (also called deicers) are commonly used to melt snow and ice. While they help keep roads and walkways safe, they can also harm concrete over time. Ice melt lowers the freezing point of water, which helps melt ice. But once the melted water gets

Hydroxyethyl cellulose (HEC) might not roll off the tongue for everyone, but this versatile compound is a powerhouse in the world of manufacturing and formulation. If you’re in the market for a thickening agent, a stabilizer, or a film-forming agent, you’ve likely come across HEC. This article will break down what HEC is, its key

MIKEM Information Asia: Leading the Growth of Cellulose Ether Asia: Leading the Growth of Cellulose Ether According to the latest report from IHS Markit, the global consumption of cellulose ethers, water-soluble polymers produced by chemical modification of cellulose, was close to 1.1 million tons in 2018. Of the total global production of cellulose ethers in