Ordinary Elastic Rubber Mat (Color Dots)

Technical Specifications

Key Features & Benefits

• Safety and non-slip surface texture, achieved through the 15% EPDM color point distribution within the fine SRS rubber particle matrix, provides measurable slip mitigation across wet and dry pedestrian contact conditions in gym, playground, and garage environments.
• Shock-resistant sound absorption properties attenuate localized kinetic energy and reduce impact noise transmission to sub-floor structures, supporting acoustic isolation requirements in multi-story commercial gym, school, and indoor facility installations.
• Abrasion resistance and durability derived from the SRS rubber particle dual-layer construction sustain structural surface integrity under continuous foot traffic, equipment contact, and repeated load cycling across extended service lifecycles.
• Flame retardant and non-combustible material classification supports fire code compliance requirements in school, commercial gym, and public indoor deployment environments [subject to applicable regional certification verification].
• Non-toxic and harmless raw material processing, combined with recyclable rubber compound construction, satisfies environmental and chemical safety procurement criteria for school playground, child-accessible, and green building specification projects [subject to regional certification confirmation].
• Seven thickness options (15 mm to 50 mm) and four modular size formats (500 mm to 1000 mm) allow substrate-matched procurement across light indoor scenes, commercial gym zones, and high-impact playground surface installations.

Applications

• Institutional school playgrounds: Ordinary elastic rubber mats are installed as modular safety surfacing on school playground grounds, providing non-slip, shock-absorbing, non-toxic coverage compliant with child safety flooring requirements [subject to regional certification verification].
• Commercial gym flooring: The abrasion-resistant dual-layer SRS compound and non-slip EPDM color dot surface sustain continuous equipment load and foot traffic in commercial gym free-weight, cardio, and functional training zones.
• High-traffic public playgrounds: The 30–50 mm thickness variants provide high-impact cushioning and fall-height attenuation for public playground installations across municipal parks and recreational infrastructure [subject to applicable fall-protection standard verification].
• Automotive and industrial garages: Flat bottom and fluted button base variants accommodate vehicle wheel load distribution and sub-surface drainage requirements across automotive garage and light industrial workshop floor environments.
• Multi-functional indoor commercial spaces: Ordinary splicing and hidden buckle splicing assembly methods allow flexible zone-specific mat layout configuration across mixed-use indoor environments including exhibition halls, corporate fitness rooms, and institutional recreation areas.

FAQ

Q1: What is the cross-sectional material composition of the ordinary elastic rubber mat (color dots)?
The surface layer consists of SRS rubber fine particles blended with a 15% EPDM color point ratio, delivering the color dot appearance and non-slip texture profile. The bottom core substrate is standard SRS rubber particles, providing the impact-absorbing and load-bearing base structure.

Q2: What customization thresholds apply to color, size, and thickness selection?
Eight standard colorway configurations are available across four modular size options (500, 600, 800, and 1000 mm) and seven thickness choices (15 mm through 50 mm). OEM/ODM orders outside standard parameters are supported; confirm minimum order quantities and production lead times with the factory prior to specification.

Q3: How should flat bottom, fluted buttons, concealed buckles, and chocolate shapes base types be selected for different sub-surface conditions?
Flat bottom suits level, sealed sub-floors requiring full contact load distribution. Fluted buttons allow sub-surface airflow and moisture drainage on uneven or semi-outdoor sub-bases. Concealed buckles integrate the joint mechanism into the base for flush surface finishes. Chocolate shapes provide a structured grip contact pattern on irregular or textured sub-floor surfaces.

Q4: What structural distinctions separate ordinary splicing from hidden buckle splicing, and what risk parameters should be verified before volume ordering?
Ordinary splicing is a direct edge-to-edge dry-lay assembly with no adhesive or tooling; hidden buckle splicing uses an integrated concealed joint for flush alignment and lateral joint stability. Before volume ordering, verify sub-floor levelness, confirm base type compatibility with the chosen splicing method, and validate that the selected thickness and size combination meets the load and fall-attenuation requirements of the target deployment environment.