45 Meters Gloves Production Line Polyurethane Glove Coating Machine

High-Efficiency Double-Side PU Coating System for Industrial Work Gloves — Fully Automatic PLC Control

The ZHIHUI Butterfly Type PU Glove Dipping Production Line is a state-of-the-art 45-meter continuous dipping system engineered for high-quality manufacturing of PU coated safety work gloves. Utilizing a butterfly (double-row) configuration, this line achieves exceptional throughput by coating gloves on both sides simultaneously.

Designed for coating knitted liners made from polyester, nylon, HPPE, cotton, or blended fabrics with polyurethane (PU), the system delivers smooth finishes with precise coating thickness control. The fully automatic PLC system with color touchscreen HMI enables one-touch parameter adjustment, production monitoring, and fault diagnostics.

• Butterfly Double-Side Coating: Innovative butterfly bar design dips gloves on both sides of the conveyor, effectively doubling output without increasing factory floor space. Perfect for high-demand production environments.
• PLC Automatic Control System: Full touchscreen HMI with recipe management, speed control, temperature regulation, and real-time production data logging. Minimal operator intervention required.
• Precision PU Dipping Tanks: Stainless steel dipping tanks with automatic PU level sensors, constant temperature control, and viscosity monitoring for consistent coating quality on every glove.
• Multi-Zone Curing Oven: Electric hot air circulation oven with independent temperature zones for pre-curing and main curing. Uniform heat distribution ensures perfect PU film formation and adhesion.
• Variable Frequency Drive Conveyor: Overhead chain conveyor system with VFD speed control. Adjustable line speed to match different glove sizes, coating thickness requirements, and production targets.
• Turnkey Installation Support: Complete package includes on-site installation, mechanical alignment, electrical wiring, trial production runs, and comprehensive operator training until stable output is achieved.