NEWS

When specifying Coated Glass for a building project, one of the most common questions is whether reflective glass or Low-E glass is the better choice. Both are high-performance glazing options, but they are designed to solve slightly different problems. Read More

Choosing the right Coated Glass for a hot climate is no longer just a design decision. In warm and cooling-dominated regions, glass has a direct impact on indoor comfort, glare, solar heat gain, and air-conditioning demand. Industry guidance from major architectural glass manufacturers consistently points to the same principle: in hot climates, glazing should reduce solar heat gain while still allowing useful daylight into the building. Read More

Coated glass is glass with a specially applied surface coating that improves performance in areas such as thermal insulation, solar control, glare reduction, or visual appearance. As modern buildings place greater emphasis on energy efficiency, indoor comfort, and contemporary design, the demand for high-performance windows and doors continues to grow in both residential and commercial projects. Read More

Coated glass is glass that has been treated with a special surface coating to improve functions such as thermal insulation, solar control, glare reduction, or decorative appearance. In both architectural and interior applications, the durability of this coating is an important concern because it directly affects long-term performance, visual quality, and maintenance requirements. Read More

Coated glass is glass that has been treated with a special surface coating to improve properties such as solar control, thermal insulation, light transmission, or appearance, while laminated glass is made by bonding two or more pieces of glass together with an interlayer to enhance safety, security, and acoustic performance. Read More

Tempered glass spontaneous breakage cannot be completely eliminated, but it can be effectively reduced through proper manufacturing control and heat soak testing (HST). This article explains how HST works, why it is critical for safety, and how REACH BUILDING ensures consistent quality through standardized processes in accordance with EN 14179-1. Read More

Tempered glass can sometimes shatter unexpectedly, even when handled carefully. Understanding the causes and knowing how to respond is essential for project safety and warranty claims. By the end of this guide, you will be able to recognize the signs of spontaneous breakage, understand the after-sales policies of REACH BUILDING, and take the right steps for claims and replacements efficiently. Read More

Have you ever finalized a design only to find the glass partitions looking unexpectedly green once installed? This "green edge" is a common surprise for architects and contractors. Choosing between Standard Clear and Ultra-Clear (Low-Iron) glass isn't just about looks—it’s about safety, performance, Read More

If you have ever noticed a sofa fading near a window, wood flooring changing color in bright spots, or curtains losing their original richness over time, you have already seen the hidden cost of sunlight indoors. Natural light makes a room feel open, warm, and inviting, but it can also slowly damage furniture, fabrics, artwork, rugs, and finishes. Read More

When people discuss modern energy-efficient glazing, low e glass is almost always part of the conversation. Yet many buyers, architects, contractors, and even project owners still hesitate when they encounter the two main categories: hard coat and soft coat. At first glance, both are designed to improve thermal performance by reflecting heat while still allowing visible light to pass through. Read More

When people compare modern window and facade options, one of the most common questions is whether low e glass and double glazing are alternatives or whether they work best together. At first glance, they may sound like similar solutions because both are associated with better insulation, improved indoor comfort, and lower energy use. Read More

In the ever-evolving field of construction and design, Low E Glass has emerged as a game-changing solution for improving both energy efficiency and indoor comfort. For homeowners, architects, and building professionals alike, understanding how Low E Glass contributes to energy savings can be a significant factor when making design and material decisions. Whether you’re constructing a new building or looking to improve the energy performance of an existing structure, Low E Glass offers a host of benefits that go beyond just reducing heating and cooling costs. Read More