Structural Design
Hollow mats feature internal air chambers or cavities within their construction, creating a network of void spaces that compress under pressure. In contrast, stable mats are made with solid, dense materials throughout their entire structure, typically consisting of compressed rubber or similar materials without internal spaces. This fundamental difference in design affects everything from weight distribution to impact absorption capabilities.
Performance Characteristics
When it comes to performance, hollow mats excel at shock absorption and ergonomic support due to their air-filled chambers that provide dynamic cushioning. They offer superior impact reduction and can decrease foot fatigue during long standing periods. Stable mats, however, provide consistent, firm support and are generally more durable under heavy equipment or wheeled traffic. They maintain their shape better over time but offer less dynamic response to movement.
Application Suitability
Hollow mats are ideal for areas requiring enhanced impact protection and worker comfort, such as assembly lines or quality control stations where workers stand for extended periods. Stable mats better suit areas with heavy equipment traffic, chemical exposure, or where maximum durability is required, such as loading zones or areas with frequent forklift traffic. The choice between the two often depends on specific workplace conditions and safety priorities.
