• Bone type rubber brick in full geometric perspective showing the 200×160 mm interlocking bone profile, SBR compound surface texture, and modular paving unit configuration for outdoor pedestrian and commercial sidewalk installation.
  • Close-up macro texture detail of high-density fully dyed SBR rubber particles in a bone type rubber paving brick cross-section, showing full-body color integration and compact particle matrix structure.
  • On-site step-by-step layout of bone type rubber paving bricks using the ordinary splicing interlocking dry-lay installation method on an outdoor commercial sidewalk or park walkway sub-base.
  • Broad landscape project view of bone type rubber bricks installed as modular surface flooring across active horse racing grounds, demonstrating high-impact shock absorption and traction performance of 40–50 mm SBR compound units.
  • Engineering edge cross-section comparison of bone type rubber brick thickness options, showing the dimensional difference between the 25 mm and 50 mm calibrated variants, with SBR compound density and interlocking profile visible.
  • Bone type rubber brick in full geometric perspective showing the 200×160 mm interlocking bone profile, SBR compound surface texture, and modular paving unit configuration for outdoor pedestrian and commercial sidewalk installation.
  • Close-up macro texture detail of high-density fully dyed SBR rubber particles in a bone type rubber paving brick cross-section, showing full-body color integration and compact particle matrix structure.
  • On-site step-by-step layout of bone type rubber paving bricks using the ordinary splicing interlocking dry-lay installation method on an outdoor commercial sidewalk or park walkway sub-base.
  • Broad landscape project view of bone type rubber bricks installed as modular surface flooring across active horse racing grounds, demonstrating high-impact shock absorption and traction performance of 40–50 mm SBR compound units.
  • Engineering edge cross-section comparison of bone type rubber brick thickness options, showing the dimensional difference between the 25 mm and 50 mm calibrated variants, with SBR compound density and interlocking profile visible.

Bone Type Rubber Brick

SBR rubber paving brick, 200×160 mm, 25–50 mm thickness, non-slip, shock-absorbing, interlocking splicing install. 7 colors. Factory direct.
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  • Bone type rubber brick in full geometric perspective showing the 200×160 mm interlocking bone profile, SBR compound surface texture, and modular paving unit configuration for outdoor pedestrian and commercial sidewalk installation.
  • Close-up macro texture detail of high-density fully dyed SBR rubber particles in a bone type rubber paving brick cross-section, showing full-body color integration and compact particle matrix structure.
  • On-site step-by-step layout of bone type rubber paving bricks using the ordinary splicing interlocking dry-lay installation method on an outdoor commercial sidewalk or park walkway sub-base.
  • Broad landscape project view of bone type rubber bricks installed as modular surface flooring across active horse racing grounds, demonstrating high-impact shock absorption and traction performance of 40–50 mm SBR compound units.
  • Engineering edge cross-section comparison of bone type rubber brick thickness options, showing the dimensional difference between the 25 mm and 50 mm calibrated variants, with SBR compound density and interlocking profile visible.

Description

Technical Specifications

Parameter Value
Product Name Bone Type Rubber Brick
Alternative Designations Rubber Brick / Rubber Paving Brick / Outdoor Rubber Brick
Product Type Classification Non-slip, wear-resistant outdoor paving brick
Face Dimensions 200 × 160 mm
Calibrated Thickness Range 25 mm / 30 mm / 35 mm / 40 mm / 50 mm
Core Composition Matrix SBR (Styrene-Butadiene Rubber) rubber particles, high density, fully dyed throughout
Pigment Deployment Style Full-body color integration (dyed throughout compound, not surface-coated)
Available Color Spectrum 7 best-selling colors
Engineering Protection Properties Shock absorption, compression resistance, safe anti-slip, elasticity, cushioning
Environmental & Safety Classification Environmentally friendly, non-toxic, pollution-free
Installation Joining Method Ordinary splicing (interlocking dry-lay assembly)
Approved Application Fields Pedestrian walkways, commercial sidewalks, parks, courtyards, balconies, horse racing grounds
Sourcing Model Factory direct supply, OEM/ODM available
Manufacturing Track Record 10+ years dedicated facility operation, global export history

Key Features & Benefits

  • Full-body SBR compound construction ensures color integrity and structural uniformity are maintained through the full thickness of each unit, eliminating surface delamination risk under sustained compression loading.
  • High-density rubber particle matrix delivers measurable shock absorption and cushioning across pedestrian, recreational, and equestrian deployment environments.
  • Anti-slip surface texture profile provides secure traction under wet and dry surface conditions without supplemental coating or adhesive treatment.
  • Five calibrated thickness options (25 mm to 50 mm) allow substrate-specific load matching across light pedestrian, park landscaping, commercial walkway, and high-impact equestrian use cases.
  • Ordinary splicing interlocking installation protocol requires no adhesive, no specialized tooling, and no bonded substrate preparation, reducing installation labor scope and reversibility risk.
  • OEM/ODM customization availability supports procurement specifications requiring non-standard color selections, dimensional tolerances, or private-label packaging across bulk order volumes.

Applications

  • Public municipality park walkways: Bone type rubber paving bricks are installed as modular surface units across park pedestrian circuits, providing non-slip, shock-absorbing ground cover compatible with irregular sub-base profiles.
  • Heavy-traffic commercial sidewalks: The 200×160 mm interlocking unit geometry and compression-resistant SBR compound sustain continuous foot traffic loading on commercial-grade sidewalk installations.
  • Multi-use balconies and private courtyards: The dry-lay splicing assembly method allows direct installation over existing hard substrates on balconies and courtyard decks without adhesive bonding or sub-base modification.
  • Horse racing grounds and equestrian facilities: 40 mm and 50 mm thickness variants provide high-impact cushioning and traction for equestrian surface applications requiring both shock absorption and structural compression resistance.
  • Protective surfacing for school yards and recreational zones: The non-toxic, pollution-free SBR compound and anti-slip surface profile make these units suitable for installation in child-accessible or mixed-use recreational environments [subject to applicable regional safety certification verification].

FAQ

Q1: What is the raw material composition of the bone type rubber brick?
The core compound is SBR (Styrene-Butadiene Rubber) particles, high density, and fully dyed throughout the body of each unit. No surface coating is applied; pigment is integrated into the compound matrix during production.


Q2: Are customization options available for color selection and thickness?
Yes. Seven best-selling colors are available as standard, and OEM/ODM orders can be configured across the full 25–50 mm thickness array. Contact the factory directly to confirm minimum order quantities and lead times for non-standard specifications.


Q3: What does the ordinary splicing installation protocol require, and what sub-base checks should be completed before ordering?
The ordinary splicing method is a dry-lay interlocking assembly requiring no adhesive. Before ordering, verify that the sub-base is level, load-bearing, and free of standing water drainage issues, as the splicing system does not compensate for significant surface irregularities.


Q4: How should thickness selection be matched to specific use cases?
25–30 mm units are appropriate for light pedestrian walkways and balconies; 35 mm suits park landscaping and commercial sidewalks under standard foot traffic; 40–50 mm is specified for horse racing grounds and high-impact equestrian or recreational surfaces requiring maximum shock absorption.

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