Cotton gloves for sore hands Factory Price

Industrial-grade cotton gloves designed for hand support require a balance between mechanical compression and moisture-wicking capabilities. When managing hand discomfort resulting from repetitive tasks or environmental exposure, the material composition of the glove plays a critical role in preventing skin irritation and maintaining optimal thermoregulation. These gloves are engineered to provide a protective barrier while ensuring tactile sensitivity for precision-oriented shifts.

Technical Specifications and Performance Metrics

Procurement for bulk orders necessitates understanding the weave density and elastic content to ensure the product meets ergonomic requirements. The following table outlines the standard technical parameters for our factory-direct cotton-blend support gloves.

Parameter	Typical Values	Customizable Options
Primary Material	95% Combed Cotton, 5% Spandex	Organic cotton, Recycled blends
Weave Density	160 - 220 GSM	High-density interlock
Compression Level	Mild to Medium (Graduated)	Specific tension mapping
Seam Type	Seamless Circular Knit	Reinforced fingertips

Industrial Applications and Ergonomic Logic

Cotton gloves are utilized in environments where hand fatigue is exacerbated by friction or thermal stress. In assembly lines, these gloves reduce the coefficient of friction between the skin and work surfaces, which mitigates abrasions over long shifts.

• Repetitive Task Environments: Provides mild support to stabilize small joints during high-frequency manual movements.
• Cold Chain Logistics: Acts as a thermal insulator to maintain blood flow and prevent stiffness in low-temperature environments.
• Post-Activity Recovery: Offers a breathable barrier for individuals requiring non-irritating compression after acute strain.
• Clean Room Assembly: Prevents skin flake transfer in sensitive electronic components while maintaining hand warmth.

Material Analysis: Combed vs. Carded Cotton

The choice of fiber grade significantly impacts the longevity and comfort profile of the glove. Combed cotton undergoes a rigorous process to remove shorter fibers and impurities, resulting in a smoother surface with higher pilling resistance. For users with sensitive or sore hands, combed cotton is technically superior as it minimizes the risk of micro-abrasions.

Furthermore, the inclusion of elastane (spandex) ensures the glove retains its shape after multiple wash cycles. Without this elastomeric component, cotton fibers lose their tension, leading to inconsistent compression and ineffective ergonomic support.

Manufacturing Process and Quality Control

Production involves high-speed circular knitting machines that allow for uniform tension across the entire garment. This technical consistency is vital for ensuring that the compression applied is distributed evenly, preventing "hot spots" that could increase hand discomfort.

Quality control protocols include tensile strength testing and dimensional stability checks to ensure the gloves do not shrink beyond specified tolerances under industrial laundering conditions. Each batch is inspected for structural defects such as needle holes or dropped stitches, which could compromise the structural integrity of the seamless construction.

Factory Pricing and OEM Customization

Factory-level pricing is primarily determined by volume of production, material grade selection, and specific packaging requirements. Large-scale orders benefit from economies of scale as the setup costs for knitting machine calibration are distributed across more units.

OEM partners can request customizations such as branded labeling, specific color-dyeing, or reinforced palms for high-wear scenarios. For a detailed quotation based on your technical requirement sheets, contact our technical sales team.