Office Chair Cotton

There are various types of cotton-related cushions commonly used in office chairs, with a wide price range. Meanwhile, high-resilience sponge is also a common high-quality cushion material.

Types and Prices of Cotton Cushions

• Memory Foam Cartoon Cat Cushion: This cushion combines the comfort features of memory foam with an adorable cartoon design. Memory foam has slow-rebound properties, gradually deforming according to body pressure and temperature, evenly distributing body pressure, and providing good support and comfort. It is priced at ¥27.84, suitable for those who pursue a personalized appearance and comfortable sitting experience, especially popular among young consumers.
• Ordinary Cotton Cushion: Such as the "cushion for office chairs, suitable for long sitting in offices, dormitories, and for students to prevent buttock pain", which contains cotton in its material. It is relatively affordable, priced at only ¥11.34. These cushions usually use cotton as the main filling material, providing a basic soft sitting feel and relieving discomfort from long sitting, suitable for students and office workers with a limited budget.
• Ice Silk Memory Foam Office Chair Cushion: Combining ice silk and memory foam, ice silk has a cool property, bringing a cool feeling to users in hot weather, while memory foam ensures comfortable support. It is priced at ¥20.9, suitable for those in summer or with a need for a cool sitting feel.
• Long-Sitting Essential Memory Foam Cushion with Lumbar Support for Office Chairs: Not only includes a memory foam cushion but also comes with a lumbar support, providing support for both the buttocks and the waist simultaneously, reducing the pressure on the body from long sitting. It is priced at ¥18.0, a cost-effective choice for those who need to work at an office chair for long periods.

Characteristics of High-Resilience Sponge Cushions

High-resilience sponge is also commonly used in office chair cushions. Its pore diameters are of mixed sizes, with different thicknesses of skeletons and a high open-cell rate. This structure enables it to generate rebound forces with different support strengths under different deformation states when under pressure. When a person sits on it, it can provide just the right amount of support according to the pressure from different parts of the body, neither causing the body to sink due to insufficient support nor making the person feel uncomfortable due to excessive support. It can effectively reduce fatigue from long sitting and enhance the comfort of the sitting experience.