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Durable H20 Timber Beam for Formwork System

H20 Timber Beams are high-performance structural components widely used in concrete formwork systems. Made from solid spruce or pine wood with waterproof coating and end protection caps, these beams offer exceptional load-bearing strength, long service life, and adaptability for various slab and wall formwork applications. Lightweight yet strong, they streamline construction efficiency and reduce labor cost.

    Product Overview

    1. H20 Timber Beam is a laminated wood beam designed specifically for concrete formwork systems. It is constructed from high-quality spruce or pine wood, ensuring excellent structural stability and resistance to deformation. Each beam is bonded with waterproof adhesive and coated with protective varnish to prevent moisture absorption. Reinforced plastic caps on both ends offer additional protection during handling and reuse.

      With a standard cross-section of 200mm height and 80mm width, and customizable lengths from 1.5m to 6m, H20 beams are ideal for modern construction needs. They are suitable for use in slab formwork, wall formwork, column formwork, and bridge construction.

    Product features and advantages

    High Load Capacity – Engineered for heavy-duty applications with high bending and shear strength.
    Durability – Moisture-resistant adhesive and coated surfaces enhance longevity.
    End Cap Protection – Plastic end caps reduce impact damage and prolong service life.
    Lightweight & Easy Handling – Easier to transport and install compared to metal beams.
    Multiple Use Cycles – Designed for repeated use without compromising structural integrity.
    Sustainable Material – Made from renewable wood resources, environmentally friendly.
    Cost Efficiency – Long-term savings through reusable and low-maintenance design.

    Product specification parameter sheet

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    Product application scenario display

    H20 Beams are essential components in various concrete formwork applications across residential, commercial, and civil engineering projects. In large construction sites, they are used in forming slabs and walls efficiently and reliably. For bridge decks and tunnels, the beams provide consistent structural support under demanding conditions. In precast construction or high-rise projects, their reusability and easy integration with scaffold systems enhance speed and reduce operational costs.

    Customer service and support

    Quick Response: Inquiries answered within 8 working hours
    24/7 Support: Technical service engineers available around the clock
    Customization: Tailor-made sizes and packaging available
    After-sales Warranty: One-year quality guarantee; return or exchange supported for any quality issues
    Documentation Support: Technical drawings, loading capacity sheets, and certificates upon request

    Company introduction and brand strength

    Zhuozhan Group is a leading manufacturer and exporter of scaffolding and formwork systems, integrating R&D, production, and sales. Its subsidiary, Hebei Shuangyang Metal Structure, has been operating since 2014, occupying over 13,000 sqm with advanced equipment and an annual production capacity of over 1 million scaffold components. With over 500 employees, the company exports to 30+ countries and regions and partners with 150+ contractors globally. Our H20 Beam products are well-recognized for their reliability, technical specifications, and long-term value.

    FAQ

    Q1: What materials are used in H20 beams?
    A: They are made of laminated spruce or pine wood with waterproof adhesive and protective coating.
    Q2: Can the beam length be customized?
    A: Yes. Standard lengths range from 1.5m to 6m, but custom lengths are available upon request.
    Q3: How many times can H20 beams be reused?
    A: Under proper use, each beam can typically be reused 20–30 times or more.
    Q4: Are the beams certified?
    A: Yes. H20 Beams comply with EN 13377 standards and are tested for structural integrity.
    Q5: What’s the typical load-bearing capacity?
    A: It depends on span and spacing, but typically supports >50kN of bending strength.

    Steel structure

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