EcoBond Concrete Form Board
Poplar and Eucalyptus Film-Faced Form Boards, Reusable up to 10 Times, FSC Certified
EcoBond is a line of film-faced concrete form boards manufactured by Engineered Wood Products Inc. Engineered with a combination of poplar and eucalyptus and bonded with melamine glue, these form boards offer durability, dimensional stability, sustainability, and FSC certification. Designed for multiple reuse cycles, EcoBond form boards provide an eco-friendly solution for concrete formwork applications.
~ Key Benefits ~
- Poplar Outer Layers: The outer layers of EcoBond form boards consist of poplar veneer. Poplar is selected for its smooth surface, ease of use, and compatibility with various formwork systems. It offers good dimensional stability, ensuring the form boards maintain their shape throughout repeated uses.
- Eucalyptus Inner Layers: Engineered Wood Products Inc. incorporates eucalyptus wood in the inner layers of EcoBond form boards. Eucalyptus provides enhanced strength and structural integrity, enabling the form boards to withstand the pressures and weight of poured concrete over multiple reuse cycles.
- Melamine Glue: EcoBond form boards are bonded together using EcoBond melamine glue. EcoBond melamine glue is a high-quality adhesive known for its strong bonding properties, moisture resistance, and durability. The use of EcoBond melamine glue ensures reliable performance and extends the lifespan of the form boards.
- Film Facing: EcoBond form boards feature a high-quality film facing made of a phenolic resin-impregnated material. This film serves as a protective layer, offering resistance to moisture, chemicals, and abrasion. It ensures a smooth surface finish and facilitates easy release of cured concrete, minimizing the risk of surface defects.
- FSC Certified: EcoBond form boards are certified to FSC standards. The FSC certification ensures that the wood used in the production of these form boards comes from responsibly managed forests, promoting sustainable forestry practices and supporting the conservation of natural resources.
~ Benefits ~
- Reusable up to 10 Times: Engineered Wood Products Inc. guarantees that EcoBond form boards can be reused up to 10 times. Rigorously tested and designed for multiple reuse cycles, these form boards offer durability and cost-effectiveness, reducing waste and project expenses.
- Sustainability: By maximizing the number of reuse cycles and being FSC certified, EcoBond contributes to a sustainable construction approach. The reduction in material consumption, waste generation, and the use of responsibly sourced wood aligns with environmental stewardship goals, making EcoBond an eco-friendly choice.
- Cost-Effective: EcoBond form boards provide cost savings over multiple projects. With the ability to be reused up to 10 times, fewer replacements are needed, reducing material expenses and overall project costs.
- Versatility: EcoBond form boards are compatible with various formwork systems, offering flexibility for different construction projects. They can be easily integrated into existing workflows, ensuring efficiency and productivity on the construction site.
EcoBond, the poplar and eucalyptus film-faced concrete form boards by Engineered Wood Products Inc., provide a durable, eco-friendly, and cost-effective solution for concrete formwork applications.
Engineered with the combination of poplar and eucalyptus, bonded with EcoBond melamine glue, and certified to FSC standards, EcoBond form boards deliver dimensional stability, strength, and a smooth surface finish. With the ability to be reused up to 10 times, EcoBond enables sustainable construction practices while ensuring high performance and efficiency.
Engineered with the combination of poplar and eucalyptus, bonded with EcoBond melamine glue, and certified to FSC standards, EcoBond form boards deliver dimensional stability, strength, and a smooth surface finish. With the ability to be reused up to 10 times, EcoBond enables sustainable construction practices while ensuring high performance and efficiency.
