EcoMatPro®

Our History

Tony Anson EcoMatPro

Building Our Brand

The story of EcoMatPro® began not in a boardroom, but in the heart of Indonesia’s rugged terrain, where founder Antony (Tony) Anson faced a familiar but deeply frustrating challenge. He was commissioning a new energy project in a remote region, and access roads and stable staging areas for heavy vehicles and equipment were urgently needed. The only available solution at the time was plastic HDPE matting. The cost was prohibitive, and upon further investigation, he discovered that the HDPE matting floats, this was not a viable solution. The HDPE mat connectors failed under strain, and once the internal void filled with mud, they became heavy to transport, HDPE ground protection matting was obviously not suited for these poor ground conditions. Costs soared, and reliability plummeted. Traditional reclaimed timber didn’t fare any better it was too soft, too flexible with a short operational life.

Then a breakthrough, bamboo! Tony saw a hidden potential. Driven by necessity and curiosity, he spent the next 18 months researching and developing the potential to engineer bamboo into a fiber capable of supporting high loads while, most importantly, limiting water absorption to surface skin areas only, eliminating debonding of the fibers. The end result is Flex Weave, our proprietary manufacturing process that engineers green bamboo poles into ultra-high-density, durable, sustainable bamboo products for industrial and commercial use. From this innovation, the EcoMatPro® core product line was born, the ECM-70 and ECM-30 ground protection matting range and later, at a client’s request we manufactured KodeK®, decking and cladding our luxury sustainable building material range with the same industrial DNA.

Rooted in the grit of real-world challenges and powered by an unwavering belief in building better, EcoMatPro® continues to redefine what’s possible. With Flex Weave bamboo, we are proud to offer a product that not only competes with plastic, timber, and concrete, but also surpasses them. Our industrial heritage is the foundation, but our future is green, resilient, and beautifully crafted.

Continual growth means we have the capacity to manufacture 1,600m3 per month of EcoMatPro ® Flex Weave.

2025 – Present 

🢖 Completed the first KodeK® sustainable decking project in Abu Dhabi, United Arab Emirates 

🢖 Awarded the luxury Shura Marina waterfront project in Saudi Arabia 

🢖 Launched ECM-25 Event Matting for festivals, stadiums, arenas, and large-scale outdoor events

🢖 Introduced the ECM-32 Raised Flooring for the Solar and Battery Energy markets 

🢖 Achieved Class A ASTM E84 Fire rating.

2023 – 2024

🢖 Delivered Kodek® decking for the 7-star Sheybarah Resort.

🢖 Completed Kodek® decking and cladding for the Shura Island Internal Bridges

🢖 Finished KodeK® decking and bespoke materials for the Shura Island Causeway  

🢖 Awarded the Six Senses Resort, Amaala, a premium eco-luxury destination in Saudi Arabia 

🢖 Deployed ECM-30 and ECM-70 ground protection matting in Queensland, Australia for a major environmental remediation project 

2021 – 2022

🢖 KodeK® certified as UC4 – Cert 1 timber for structural and outdoor use 

🢖 Expanded Flex Weave® manufacturing capacity from 1,100 to 2,500 m³/month

🢖 Established a new regional operations hub in Dubai, UAE, supporting GCC growth

🢖 Signed a strategic partnership with QTEQ, Australia, for engineered matting solutions 

🢖 Supplied ECM-70 ground protection mats for a swamp-based drilling rig site 

2019 – 2020 

🢖 Supplied rig matting for Pertamina well site operations in Indonesia 

🢖 Delivered access roads using ECM-30 and ECM-70 at multiple gold and coal mine sites 

🢖 Completed the company’s first bamboo access matting project at a swamp oil & gas site 

🢖 Formed a long-term partnership in Indonesia with PTG

🢖 Secured patents for ECM-70, ECM-70 Gripper and ECM-30 matting systems, including the quick-locking design 

2018

🢖 EcoMatPro Pte Ltd. established in Singapore with a vision to provide sustainable alternatives to traditional construction materials