Palm Strand Board (PSB®) is a high-performance, engineered wooden board made from pruned palm fronds.

What makes Palm Strand Board different?

• Sustainably sourced: Manufactured using locally available palm fronds, supporting circular economy practices
• Eco-friendly: Zero formaldehyde emissions
• High strength & durability: Excellent load-bearing performance and high screw withdrawal capacity
• Moisture & termite resistant: Suitable for humid and demanding environments
• Dimensionally stable: Resists warping, swelling, and cracking better than conventional boards

Where is it used?

Palm Strand Board is widely used in the following applications:

• Construction & engineering
• Events and Exhibitions
• Interiors
• Landscape

Key Characteristics

·        Made from 100% date-palm fronds, a renewable agricultural by-product

·        Zero formaldehyde emissions — healthier for indoor air quality

·        Comparable strength and durability to OSB 3/4 and MDF boards

·        Moisture- and termite-resistant, suitable for both interior and construction use

·        Fire-rated options available for doors and structural panels

·        Reusable and recyclable at the end of life, designed for circularity

·        Locally manufactured in the UAE to reduce import dependency and carbon footprint

·        Precision-engineered for consistent thickness, stability, and machinability

·        Certified under ISO 9001, 14001, and 45001 quality and environmental standards

·        Suitable for furniture, partitions, flooring, formwork, and modular construction

Environmental Benefits

·        Transforms agricultural byproduct into high-performing wooden board

·        Prevents potential deforestation in the source countries

·        Avoids methane and carbon dioxide emissions due to burning or landfilling

·        Acts as a carbon sink, locking CO₂ within the product structure

·        Non-toxic and low-VOC, improving indoor environmental quality

·        Supports UAE Net Zero 2050 and circular economy goals

·        Reduces embodied carbon in construction materials supply chains

·        Promotes local circular manufacturing and green job creation

·        Minimizes resource extraction by valorizing existing biomass streams

·        Demonstrates a scalable model for sustainable materials in arid regions