Office Chair Leather Handle

Office chair leather handles are mostly made of PU material (polyurethane), with the common type being 'PU self-skinning' armrests, which fall under the category of office chair accessories. Prices vary significantly depending on the supplier and customization requirements.

1. Material and Types

PU self-skinning is a polyurethane material that forms a dense skin directly on the mold surface through a chemical reaction. It combines flexibility and wear resistance and is commonly used for surface coating of office chair armrests or handles. Its core advantage lies in the elimination of the need for additional skin-pasting processes, resulting in lower costs and a feel close to that of genuine leather. Some products are labeled as 'high-rebound PU foam,' which focuses more on support but may not explicitly indicate whether it is a 'self-skinning' process.

2. Prices and Suppliers

1. Huizhou Boyan New Materials Co., Ltd.
   Offers PU self-skinning for office chair armrests and car armrests, supporting customization based on drawings, with a unit price of ¥7.6 each. This price applies to standardized designs, and costs may increase for complex shapes or brand logo embeddings.

2. Dongguan Huilian Polymer Materials Co., Ltd.
   Custom self-skinning office seat armrests are priced at ¥9.5 each, emphasizing the 'custom' attribute, which may include value-added services such as size adjustments and color matching, suitable for small to medium-volume purchases.

3. Dongguan Huangjiang Hongxing Sponge Products Factory
   The wholesale price for basic PU self-skinning armrests is ¥0.1/PCS (monthly sales of 1000 pieces), with a flame-retardant car seat custom version priced at ¥0.3/PCS. Low-priced products may be generic models, and the flame-retardant version needs confirmation of compliance with office scenario fire safety standards (such as China's GB 8624-2012).

4. Guangdong Hongxing Foam Products Co., Ltd.
   One-piece molded foam armrests are priced at ¥0.1/PCS (monthly sales of 800 pieces), with custom versions for seat, fitness, and medical equipment armrests priced at ¥0.2/PCS. Such products may focus on functionality (such as anti-slip design for medical equipment), requiring clarification of usage scenario compatibility.

3. Purchase Recommendations

1. Material Confirmation
   If strict differentiation between 'leather handles' and ordinary armrests is required, it is recommended to directly contact the supplier for material test reports, focusing on skin thickness, wear resistance (such as Taber abrasion test values), and environmental indicators (such as ROHS and REACH certifications).

2. Cost Optimization
   For large-scale purchases (such as over 5000 pieces), negotiate tiered pricing with the supplier. Some manufacturers offer free prototyping services for long-term cooperative customers, reducing trial-and-error costs.

3. Functional Suitability
   For special scenarios such as medical and fitness, prioritize products with flame-retardant and antibacterial coating treatments. For ordinary office scenarios, focus on balancing cost-effectiveness and comfort.