Composite Elastic Rubber Mat (Interlocking)

Technical Specifications

Key Features & Benefits

• High-temperature pressed coil surface layer：, manufactured via precise rotary cutting, delivers a low-porosity, easy-to-clean finish that reduces maintenance time and cleaning product consumption across commercial deployment cycles.
• High-density dual-layer composite construction： — rotary-cut coil surface over SRS rubber particle base — provides wear resistance under sustained compressive and impact loading in commercial gym and industrial garage environments.
• Non-slip surface finish： maintains operator and athlete traction stability across dry and light-moisture floor conditions without supplemental coating or adhesive application.
• Finely ground tooth buckle edge profile：, formed via stuffy cutting, delivers precision joint alignment and lateral load transfer stability across multi-unit interlocking field installations.
• Interlocking splicing assembly system： requires no adhesive, no bonding agent, and no specialized tooling, enabling rapid site deployment and modular section replacement without full-floor disruption.
• OEM/ODM customization： supports procurement specifications across 10 standard colorways, two modular size formats (485 mm / 985 mm), and both thickness parameters (15 mm / 20 mm) at verified bulk order volumes.

Applications

• Commercial gym flooring: Composite elastic rubber mats are installed as modular interlocking floor surfaces in commercial gyms, providing wear-resistant, non-slip, impact-absorbing coverage across free-weight zones, cardio areas, and functional training spaces.
• Skating rink perimeter and support zones: The high-density dual-layer construction and non-slip surface profile make these mats suitable for skating rink perimeter walkways, equipment staging areas, and skate-on/skate-off transition surfaces.
• Industrial and automotive garages: The wear-resistant SRS rubber particle base and easy-to-clean coil surface perform under vehicle load, tool-drop impact, and chemical spill exposure conditions in industrial garage and workshop environments.
• Corporate exhibition halls and trade show floors: The 985×985 mm modular format allows rapid large-area coverage deployment for temporary or semi-permanent exhibition hall flooring, with full reversibility via the interlocking splicing disassembly method.
• Multi-use commercial fitness and recreational facilities: Combination installations using both 485 mm and 985 mm unit formats allow zone-specific coverage configuration across mixed-use commercial fitness facilities with variable traffic load and spatial layouts.

FAQ

Q1: What is the material composition and structural layout of the composite elastic rubber mat?
The mat uses a dual-layer construction: the surface layer is a high-temperature pressed coil manufactured via precise rotary cutting; the base layer consists of SRS rubber particles. Edge joints are formed using a finely ground tooth buckle tool stuffy cutting process.

Q2: What customization options are available for color, size, and thickness?
Ten standard colorway options are available across both 485×485 mm and 985×985 mm modular sizes, in 15 mm and 20 mm thicknesses. OEM/ODM orders with non-standard configurations are supported; contact the factory to confirm minimum quantities and lead times.

Q3: What installation requirements and floor condition checks apply before ordering?
The interlocking splicing system is a tool-free dry-lay assembly requiring no adhesive. Sub-floor surfaces must be level and free of significant surface irregularities, as the tooth buckle joint system does not self-compensate for floor height variation across the installation field.

Q4: How should 15 mm vs 20 mm thickness be selected for specific commercial environments?
The 15 mm option suits lighter-impact commercial environments such as exhibition halls, corporate spaces, and low-impact fitness zones. The 20 mm option is specified for higher-impact environments — free-weight gym zones, skating rink support areas, and industrial garages — where greater compression depth and impact absorption are required.