Why do stadiums typically use fixed seats? Stadium seat must meet performance requirements such as structural stability, durability, and low maintenance. Let's take a closer look:
Structural stability: No risk of displacement during use. It can withstand loads such as adults sitting, lying down, and briefly leaning on the ground. It can withstand sudden localized pressure and resist tipping or shaking, preventing aisle blockage caused by seat shifting during emergency evacuations.
Durability: High and low temperature resistance ranges from -30°C to 60°C, making it suitable for use in both winter and summer. Its thick surface resists daily wear and tear, making it ideal for high-use venues.
Low maintenance: Maintenance is simple and can be maintained through routine maintenance. Cleaning simply requires wiping the seat surface with a damp cloth or neutral detergent. No disassembly or adjustment is required, and there are no vulnerable parts to replace, ensuring long-term use with very low maintenance costs.
What are the key points to note when installing fixed seats? First, basic inspections must be done. For example, the concrete steps must meet load-bearing requirements, with a strength of ≥C30 and a surface flatness error of ≤3mm/m. If they are uneven, cement mortar must be used to level them. Otherwise, the installed seats will tilt, resulting in uneven stress. Stadium seats also require careful dimensional planning, with row spacing, seat spacing, and width marked in advance. Row spacing must be ≥80cm and seat spacing ≥45cm. This ensures that each row of seats is aligned to avoid confusion when spectators later try to find their seats.
After installation, stadium seats undergo a performance test. One seat out of every 100 is randomly selected and subjected to a 150kg static load for one hour to verify that the seat is intact and that bolts are not loose. The seat back is then shaken vigorously. If there is no noticeable shaking or unusual noise, the seat is considered qualified. Row spacing, aisle width, and seat alignment are checked against fire regulations and venue design standards. For outdoor use, the integrity of the UV-resistant coating and waterproof seals must be verified, and row and seat numbers must be clearly marked.
Using stadium seats outdoors in a low-temperature environment is the main cause of their damage, and damage is usually inevitable, so we must take protective measures. In a low-temperature environment, it is forbidden to hit the edge and back of the seat with hard objects. Use a soft cloth to wipe when cleaning. Do not use a hard-bristled brush or steel wool, which can accelerate the embrittlement of the seat. In a low-temperature outdoor environment, rain and snow falling on the seat surface are prone to ice. After the rain and snow stop for 1 hour, use a plastic shovel to remove ice and snow from the seat surface. If the ice is thick, spray an environmentally friendly snow-melting agent on the ice surface first, and wipe the seat surface with a dry cloth after the ice melts. After rain and snow, you must also pay attention to the audience's slipping. Anti-slip mats can be laid on the aisle floor, and "low-temperature anti-slip" warning signs can be posted to remind the audience to pay attention to safety.
Many users are curious about the different colors of stadium seat. Why? Typically, stadiums have areas for general spectators, VIPs, and athletes' families. Using different colors allows for quick identification and improves management efficiency. For large stadiums with large crowds, finding your seat can be challenging. Using different colors can serve as a visual guide.
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