Office Chair Stool Board

The materials, types, and functional features of office chair stool boards are as follows:

1. Material Classification

• 600D High-Density Oxford Fabric: This type of stool board is renowned for its wear and tear resistance and tear resistance. Its high surface fiber density effectively resists friction and dragging during daily use, making it suitable for high-frequency movement or outdoor office settings. Its breathability is superior to leather materials, but slight deformation may occur after long-term use.
• Thickened Cotton Padding Layer: By filling with high-elasticity foam or memory foam inside, a soft support layer is formed on the surface of the stool board, which can disperse pelvic pressure and reduce fatigue from prolonged sitting. It has a strong wrapping feel and is suitable for users who need to maintain a sitting position for extended periods. However, regular cleaning is necessary to avoid bacterial growth.
• Solid Wood Material: Commonly found in high-end office chairs, such as oak and walnut, the natural texture enhances the sense of quality. The structure is stable and has strong load-bearing capacity. Solid wood stool boards need to be paired with a moisture-proof coating; otherwise, they are prone to cracking due to changes in environmental humidity, making them suitable for dry and stable indoor environments.
• Plastic Material: Mainly made of PP or PC plastic, it is lightweight and low-cost, easy to clean and maintain. Some products enhance hardness through thickened design or the addition of glass fibers, but their breathability is poor, and they may feel stuffy in summer.

2. Functional Design

• Four-Gear Adjustable Structure: The height or angle of the stool board can be adjusted in gears to accommodate users of different heights or office scenarios (such as writing at a desk or participating in meetings), enhancing usage flexibility.
• Leg Rest Extension: Some stool boards are designed with a foldable leg rest at the front to support the legs and relieve lower limb pressure, suitable for lunch breaks or short rest scenarios. However, structural stability must be ensured to avoid tipping risks.
• Ergonomic Slight Recline Angle: The surface of the stool board has a slight recline angle of 5°-15°, which fits the natural curve of the human spine, reducing lumbar pressure. It works best when paired with an adjustable lumbar support, suitable for users who need to maintain a correct sitting posture for extended periods.

3. Suitable Scenario Recommendations

• For high-frequency movement scenarios (such as training rooms and event venues), prioritize choosing 600D Oxford fabric stool boards;
• For prolonged sitting office scenarios, recommend thickened cotton padding layer or ergonomically designed stool boards;
• In humid environments (such as during the rainy season in southern China), avoid solid wood materials and choose plastic or moisture-proof treated products;
• When budget is limited and portability is pursued, plastic stool boards are a cost-effective choice.