Ventilation slot style heavy Strand Woven Bamboo stable board
Our Products
Home / Products / Heavy Bamboo Horse Panels For Stables / Customized Style Bamboo Stable Board / Ventilation slot style heavy Strand Woven Bamboo stable board

Ventilation slot style heavy Strand Woven Bamboo stable board

Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board
Ventilation slot style heavy Strand Woven Bamboo stable board

Product Details

Ventilation slots are reserved on the side to promote air circulation and reduce the risk of dampness and mildew. It is suitable for closed stables or areas with poor ventilation conditions (customizable size such as L*W*28/32).

Product parameters

1860/2200*140*20

contact us
  • Product description
  • Applications
  • About Us
  • Contact Us
    Stable Grade Non-Slip Wear-Resistant
    FSC CE SGS
    Heavy-duty · Animal Facility
    Heavy-duty Strand Woven Bamboo Stable Grille
    Moisture-proof · Wear-resistant · Non-slip
    1.15-1.25g/cm³
    ≥3,000lbf
    Non-SlipTexture
    Horse Farm Stable Animal Farm
    Heavy-duty Bamboo Stable Grille
    01
    Product Overview
    Heavy-duty bamboo stable grille is engineered specifically for animal facility flooring applications requiring moisture resistance, wear durability, and slip prevention. The manufacturing process utilizes strand woven bamboo technology with high-temperature carbonization at 180-200°C. The carbonization treatment removes organic compounds from the bamboo fiber structure, providing natural resistance to decay, fungal growth, and insect attack. The grille surface features a precision-milled texture pattern that increases friction coefficient in wet conditions, reducing the risk of animal slipping. Material density ranges from 1.15 g/cm³ to 1.25 g/cm³ with Janka hardness exceeding 3,000 lbf. The grille design incorporates drainage gaps that allow liquid waste and water to pass through, maintaining a clean and dry walking surface for livestock.
    1.15g/cm³Min Density
    1.25g/cm³Max Density
    3,000+lbfHardness
    180-200°CCarbonization
    Core Advantages
    Moisture-Proof
    Phenolic resin saturation and carbonization create a moisture barrier resistant to urine, washing, and high-humidity conditions.
    Wear-Resistant
    High-density strand woven bamboo with Janka hardness exceeding 3,000 lbf resists abrasion from animal hooves and heavy traffic.
    Non-Slip Texture
    Precision-milled surface pattern increases friction coefficient in wet conditions, reducing animal slipping and injury risk.
    Drainage Design
    Integrated grille gaps allow liquid waste and water to drain through, maintaining clean and dry walking surfaces.
    Technical Specifications
    ConstructionStrand woven bamboo with phenolic resin
    Density1.15 - 1.25 g/cm³ (EN 323)
    Janka Hardness≥ 3,000 lbf (ASTM D1037)
    Carbonization Temp180 - 200°C
    Surface TextureNon-slip milled pattern
    Moisture Content8% - 12% at factory
    Slip ResistanceCOF ≥ 0.7 (ASTM D2394)
    Grille surface detail Non-slip grille surface texture
    Application Scenarios
    Horse stable flooring and stall grilles
    Livestock barn walkways and aisles
    Animal farm drainage flooring systems
    Equestrian facility wash bays
    Cattle and sheep pen flooring
    Outdoor shelter and run-in shed floors
    Q Frequently Asked Questions
    01 How does the non-slip surface texture work for animal safety? +
    The non-slip surface texture is created through precision milling of the bamboo surface, producing a pattern that increases the friction coefficient between animal hooves and the grille surface. Testing under ASTM D2394 shows wet coefficient of friction values exceeding 0.7, significantly higher than smooth surfaces. This texture provides traction even when the grille is wet from washing, urine, or rain. The pattern is designed to be effective without being aggressive enough to cause discomfort or injury to animal hooves.
    02 What makes the grille design effective for drainage in animal facilities? +
    The grille design incorporates precise gaps between the bamboo slats that allow liquid waste, urine, and wash water to pass through to a drainage system below. This prevents pooling of liquids on the walking surface, reducing slip hazards and maintaining cleaner conditions for livestock. The grille gaps are sized to allow drainage while providing sufficient support for animal weight. The bamboo construction resists moisture absorption, preventing swelling that could close the drainage gaps over time.
    03 How does carbonization contribute to moisture-proof performance? +
    Carbonization at 180-200°C removes organic compounds that attract moisture and decay organisms. The thermal treatment reduces equilibrium moisture content to 8-12%, limiting water absorption. Phenolic resin saturation in the strand woven process creates a moisture barrier within the material structure. This combination provides moisture-proof performance that prevents swelling, warping, and decay in wet stable environments.
    04 What maintenance is required for heavy-duty bamboo stable grilles? +
    Regular maintenance includes periodic cleaning to remove debris and organic deposits from the grille gaps. A soft-bristle brush and mild detergent are recommended for surface cleaning. High-pressure washing is not recommended as it may force moisture into the material. Inspect grille supports and fasteners annually for structural integrity. The moisture-proof and wear-resistant properties are inherent to the material and do not require chemical treatments or preservatives.
Certificate Of Honor
  • Eurofins
  • Flexural Strength And Elasticity Modulus
  • Slip Resistance
  • Fire Resistant
  • Floor Fire Test Report
  • CE Certificate
  • Decking Inspection Report
Latest News
Message Feedback