Combining industrial shock absorption with precision fitness hardware to engineer heavy-duty training spaces that endure high-temperature and coastal environments.
Reinforced steel frame engineered for multi-angle isolation squats, hyperextensions, and intensive lower-body load handling.
High-density padded nylon webbing designed to comfortably hold dumbbells and kettlebells during heavy pelvic thrusts.
Vertical climbing motion offering maximal caloric expenditure with minimized joint stress, fitted with anti-slip bases.
Non-slip dense silicone wedge system providing tailored patellar protection and optimized quad engagement on lifting platforms.
All-in-one Smith track and cable system requiring robust high-impact flooring tiles to protect subfloors from point-load stresses.
Breathable compressive weave ensuring stability under high torque, keeping joints functional in humid training environments.
Precision hard-ply deck with roller designed for reactive core stabilizers, safe on textured non-slip vulcanized rubber.
Compact rehabilitation and aerobic cycler with adjustable friction tension, ideal for constrained commercial spaces.
Architectural concrete, coastal salinity, and tropical heat require high-spec rubber flooring compounds that avoid curling, degradation, and fungal expansion.
Gonaïves features intense sunlight and sustained high temperatures. Standard recycled rubber breaks down and emits volatile organic compounds (VOCs) under these conditions. Our polyurethane-bound virgin EPDM and cold-vulcanized SBR tiles maintain structural integrity up to 80°C without soft spot formation or dimensional warping.
Facilities across the Artibonite department often utilize ground-level concrete slabs prone to hydrostatic vapor pressure and marine air salinity. Our bottom-grooved tiles allow bidirectional air venting and vapor transpiration, preventing mold accumulation, adhesive emulsification, and bacterial growth beneath your gym floor.
With an increase in open-plan box gyms and commercial fitness centers, kinetic dampening is mandatory. Our 20mm–50mm cross-linked interlocking tiles reduce impact transmission by up to 26 dB, absorbing drops from Olympic barbells and protecting subfloor structural masonry from micro-fractures.
Gonaïves is witnessing a surge in athletic development centers, community wellness initiatives, and specialized training studios. Historically, workout spaces relied on bare concrete or uncalibrated industrial conveyor belts, resulting in recurring joint injuries, equipment failure, and dust generation.
Furthermore, private rehabilitation clinics and institutional fitness centers require surfaces that comply with international hygienic protocols. Our tiles feature closed-cell surface coatings that repel sweat, blood, and hydration fluids, enabling rapid sanitization with standard antimicrobial washes without bleaching or texture degradation.
30mm–40mm bevelled-edge tiles designed to withstand 50kg+ dumbbell drops and extreme deadlift vibrations.
High coefficient of friction (COF > 0.85) provides traction during explosive sprints, sled pushes, and plyometrics.
Micro-pore finish offers orthopedic rebound, balancing joint comfort with firm footing for bodyweight training.
UV-inhibited pigments resist Caribbean sunshine without chalking or fading over years of heavy use.
Direct manufacturer capabilities verified on-site by SGS Group. We eliminate intermediary markups and supply high-spec athletic surfaces built to ISO standards.
Our assembly lines, vulcanization presses, and chemical storage facilities are rigorously audited by SGS for consistent high-performance output.
From pure SBR bases with 15%–30% colorful EPDM speckles to solid dual-layer tiles, we formulate color, thickness, and density per project specification.
Experienced in freight routes serving the Caribbean basin, including palletized moisture-barrier shrink wrap and secure sea-container loading.
Our materials comply with REACH, RoHS, and EN1177 critical fall height ratings, guaranteeing non-toxic indoor air quality for athletes.
Every tile undergoes controlled hydraulic pressure, precise vulcanization, and micron-level edge cutting for seamless flush joints across large installations.
Granule grading ensures uniform tensile distribution and colorfast pigment stabilization.
High-tonnage thermal vulcanization eliminates voids, delivering densities exceeding 1000 kg/m³.
100% verification of squareness, edge tolerance, and thickness uniformity across production batches.
Heavy-duty strapping and shrink-film wrapping prevent shifting and moisture ingress during maritime transit.
Key information regarding international logistics, customs documentation, installation techniques, and material selection for the Haitian market.
For standard cardio, selectorized machine suites, and multi-purpose stretching areas, a thickness of 15mm to 20mm provides adequate subfloor protection. However, if your gym features dedicated free-weight zones, Olympic weightlifting drops, or power cages (such as our Smith Machine rigs), we recommend 30mm to 50mm high-density dual-layer tiles. The extra depth dissipates kinetic shockwaves, preventing cracking in the underlying concrete slab.
Our tiles are manufactured using MDI polyurethane binding agents that resist heat degradation and moisture breakdowns. Unlike cheaper aromatic binders that soften and emit strong odors when ambient temperatures climb, our high-density tiles stay dimensionally stable and odorless. Additionally, bottom-side drainage channels allow trapped moisture to escape rather than softening floor adhesives.
We routinely manage ocean freight shipments serving Caribbean ports via FCL (Full Container Load) and LCL (Less than Container Load). For standard speckle designs and thicknesses, our MOQ starts as low as 50 to 100 square meters. For custom project colors, embossed logos, or customized dimensions, the MOQ typically ranges between 300 and 500 square meters. Our export department handles all commercial invoices, packing lists, and bill of lading (B/L) paperwork required for clear customs entry.
For most gyms in Gonaïves, interlocking puzzle tiles or hidden-pin connect tiles are preferred. They do not require chemical glues that can fail under thermal shifts and rising floor dampness. Interlocking tiles also allow localized replacement if an area suffers extreme wear, and can be disassembled without damaging the concrete base if you ever relocate your facility.
Yes. As an integrated manufacturer of both athletic surfaces and fitness hardware (including sissy squats, Smith machines, cardio equipment, and mobility platforms), we offer one-stop container consolidation. This streamlines your supply chain, reduces overall shipping costs, and ensures all hardware arrives at your facility together.