EVA Diamond Interlocking Tiles 60x60cm Non‑Slip Floor Mats For Home Gym Workout
Package Contents
8 x Interlocking EVA Foam Mats Covers Approximately 32 sq.ft
Product Description
These interlocking EVA foam floor mats are designed for home gyms, garages, workout rooms, and workshop floor protection. Each mat measures 60 x 60 cm, making them easy to assemble with a puzzle‑style interlocking system. No extra tools are required, so you can quickly create a stable, non‑slip floor surface for exercise, equipment, or general floor protection.
The diamond textured surface helps improve traction during workouts, while the foam material provides shock absorption and helps protect floors from scratches, impact, and equipment marks.
Product Specification
- Quantity: 8 Mats
- Coverage: Approximately 32 sq.ft
- Each Mat Size: 60cm x 60cm
- Material: EVA Foam
- Surface: Diamond anti‑slip texture
- Thickness: 0.8–1cm
- Installation: Interlocking puzzle design
- Package Contains: 8 x EVA Foam Mats
⚠️ Important Purchase Reminders
Due to lighting and monitor settings, there may be slight colour differences between the product images and the actual item. Please treat the physical product as the true reference.
New EVA foam mats may have a slight temporary odour when first opened. This is normal and not a quality issue. Please unfold and air them in a well‑ventilated area for 1–3 days before use, and the smell will gradually reduce.
These mats are designed to interlock correctly with other mats from the same batch. We cannot guarantee perfect compatibility with floor mats or tiles purchased from other sellers, as notch size, thickness, and edge design may vary between manufacturers.
Key Features
✅ 8 Mats Included ✅ Covers Approximately 32 sq.ft ✅ 60 x 60cm Per Mat ✅ Diamond non‑slip textured surface ✅ Interlocking puzzle design, quick assembly ✅ Shock‑absorbing and floor protective ✅ Suitable for home gym, garage, workshop, and fitness areas ✅ Easy to clean and store
Note
Clean with a damp cloth only. Do not leave the mats exposed to high‑temperature sources for long periods.
