Composite Elastic Rubber Mat

Technical Specifications

Key Features & Benefits

• Resistant to device impact： across both modular size formats (500 mm and 1000 mm), the high-density dual-layer construction absorbs localized compressive loads from gym equipment, vehicle wheel contact, and heavy static objects without surface deformation.
• Shock-resistant sound absorption： properties reduce impact noise transmission to sub-floor structures, supporting acoustic isolation requirements in multi-story commercial gym, indoor sports, and exhibition hall environments.
• Safe anti-slip rotary-cut coil surface： maintains stable friction metrics under dry and light-moisture conditions across gym, garage, and exhibition floor deployment contexts without supplemental surface treatment.
• Flame retardant and non-combustible material classification： supports fire code compliance requirements across commercial and public indoor deployment environments [subject to regional certification verification].
• Abrasion resistance and durability： derived from the high-density SRS rubber particle base and rotary-cut surface layer sustain structural integrity under continuous foot traffic and equipment load cycling across extended commercial service lifecycles.
• Recyclable rubber compound and non-toxic, harmless material formulation： support environmental procurement criteria and green building specification requirements [subject to applicable regional certification confirmation].

Applications

• High-impact commercial gym flooring: Composite elastic rubber mats are installed as modular interlocking surface units in commercial gyms, providing device-impact resistance, anti-slip traction, and shock-absorbing coverage across free-weight zones, machine rows, and functional training areas.
• Skating rink perimeter and transition surfaces: The abrasion-resistant SRS base and anti-slip coil surface perform under skate blade contact, equipment staging loads, and pedestrian transition traffic at skating rink perimeter and support zone installations.
• Automotive and industrial garages: The flat bottom and grooved base variants accommodate vehicle wheel load distribution, tool-drop impact, and surface fluid exposure in automotive garage and light industrial workshop floor environments.
• Public and corporate exhibition halls: The 1000×1000 mm modular format enables rapid large-area coverage for exhibition hall temporary or semi-permanent flooring; hidden buckle splicing supports flush surface finishes for display and foot traffic environments.
• Multi-functional indoor commercial spaces: Combination installations using ordinary splicing, hidden buckle, and interlocking methods allow zone-specific surface configuration across mixed-use indoor facilities with variable structural load, acoustic, and aesthetic requirements.

FAQ

Q1: What is the material structure of the composite elastic rubber mat?
The mat is a dual-layer construction: the surface layer is a high-temperature pressed coil manufactured via rotary cutting; the base layer consists of SRS rubber particles. Three base type variants are available — flat bottom, grooved, and concealed buckle — each suited to different load and installation requirements.

Q2: What customization options are available across colors, sizes, and thickness?
Ten standard colorways are available across both 500×500 mm and 1000×1000 mm modular formats in 15 mm, 20 mm, 25 mm, and 30 mm thicknesses. OEM/ODM configurations outside these parameters are supported; confirm minimum order quantities and lead times directly with the factory.

Q3: How do flat bottom, grooved, and concealed buckle base types differ structurally?
The flat bottom base provides uniform contact load distribution on level sub-floors. The grooved base allows sub-surface drainage and airflow on uneven or outdoor-adjacent surfaces. The concealed buckle base integrates the joining mechanism within the base profile, producing a flush top surface finish with no visible joint hardware.

Q4: What are the installation mechanics for ordinary splicing versus hidden buckle splicing, and what tolerances should be verified before volume ordering?
Ordinary splicing is a direct edge-to-edge dry-lay assembly requiring no adhesive and no tooling; hidden buckle splicing uses an integrated concealed joint mechanism for flush surface alignment. Before volume ordering, verify sub-floor levelness tolerance and confirm which base type and splicing method match the structural load and surface finish requirements of the deployment environment.