KEMREX Screw Pile is a modern foundation innovation that delivers both structural stability and efficient resource utilization. When future site modifications, structural relocations, or demolitions take place, screw piles can be extracted and reused—reducing demolition waste and preventing redundant resource consumption. Sustainable construction, the KEMREX way—aligned with the 3R principles: Reduce: Using steel screw piles minimizes soil excavation, concrete usage, and on-s

At INTERMACH x SUBCON Thailand KEMREX and the Low-Carbon Construction and Technology Association (LCTA) would like to extend our sincere thanks to everyone who attended the seminar and shared their insights on modern construction technologies. The session covered valuable knowledge on developing low-carbon foundation systems through KEMREX Screw Pile innovations—a forward-thinking alternative for modern construction projects that excels in efficiency, structural stability, an

With the rapid growth of modern cities and infrastructure, the "foundation" has become the absolute core of every construction sector—whether it is commercial buildings, industrial factories, or clean energy systems like solar power. Today, steel screw piles have evolved into a breakthrough eco-friendly innovation. They perfectly meet green technology standards by delivering exceptional structural strength and practicality while significantly reducing the environmental impact

In an era where the world faces severe climate crises and rapidly depleting natural resources, choosing eco-friendly building materials and construction systems is no longer just an alternative—it is an absolute "necessity" that everyone must prioritize. KEMREX is a next-generation foundation technology engineered to deliver true sustainability, balancing structural integrity and safety with a minimal long-term environmental footprint. 📉 Real ‭$\text{CO}_2$‬ Reduction The in

From the raw manufacturing of materials to the final touches of a finished building, the entire process demands a massive amount of energy. Because of this, the construction sector accounts for a staggering 40% of global greenhouse gas emissions. 🔍 The Two Main Causes: Embodied Emissions: Carbon emitted during the manufacturing and transportation of building materials (such as cement, concrete, and steel), which are highly energy-intensive processes. Operational Emissions: C

A "low-carbon home" is a house designed and built to help reduce greenhouse gas emissions, considering energy consumption from construction to actual occupancy. This includes selecting environmentally friendly materials, using renewable energy sources like solar panels, and implementing systems to reduce energy consumption in the long term. Importantly, a low-carbon home is not just about living in it, but about creating a sustainable future for both its inhabitants and the p