The Glue Rolling Production Line (PUR glue) is a high-precision industrial solution specifically engineered for the automotive manufacturing sector, focusing on the application of polyurethane adhesive to battery compartment lining plates. By utilizing an advanced PUR glue rolling process, the system ensures a uniform, high-strength adhesive layer on a single side of the substrate, which is then seamlessly integrated into a post-process composite reinforcement stage to maximize structural stability and protection.
Designed for the rigorous demands of modern Electric Vehicle (EV) and traditional automotive assembly, this production line integrates a servo-driven sliding table and a sophisticated PID temperature control system. This synergy ensures that the adhesive viscosity is perfectly maintained and the positioning is pinpoint accurate, resulting in a durable bond capable of withstanding extreme automotive environments while significantly increasing overall throughput and operational efficiency.
| Adhesive Type | Polyurethane (PUR) Glue | Application Process | Single-sided Precision Rolling |
|---|---|---|---|
| Control System | Servo-Controlled Sliding Table | Temperature Management | PID Digital Control System |
| Feeding Method | Automatic Glue Feeding System | Positioning Accuracy | High-Precision Servo Positioning |
| Primary Application | Battery Compartment Lining Plates | Secondary Process | Composite Reinforced Plating |
| Industry Standard | Automotive Grade / EV Compatible | Operational Speed | Uniform, Servo-Regulated High Speed |
Servo-controlled mechanisms and PID temperature regulation ensure identical glue application across every single lining plate produced.
Optimized for continuous, high-speed production cycles, reducing manufacturing bottlenecks and increasing daily output capacity.
The automatic glue feeding system minimizes manual intervention, significantly reducing human error and operational labor costs.
PUR glue provides a durable, high-performance bond that withstands the stresses, vibrations, and heat of the automotive battery system.
Engineered with robust industrial components, the line requires minimal upkeep, ensuring maximum uptime and long-term reliability.
Easily adaptable to various lining plate sizes and types, making it ideal for both niche and mass-market automotive production.
Seamlessly manage the flow of lining plates and PUR adhesive supply to prevent production downtime.
Real-time PID temperature tracking to ensure PUR glue maintains ideal viscosity for maximum adhesion.
Precision monitoring of the sliding table speed and positioning to ensure repeatable high-quality finishes.
Intelligent control of the automatic glue supply system to optimize adhesive consumption and waste.
Coordinated management of the transition from glue rolling to the composite reinforcement process.
Integrated checks for coating uniformity and bond integrity throughout the production cycle.
| Performance Metric | Manual Glue Application | Automated PUR Line |
|---|---|---|
| Production Speed | Low / Variable | High / Constant |
| Material Waste | High (Manual Overlap) | Minimal (Precision Controlled) |
| Adhesion Quality | Inconsistent | Superior & Uniform |
| Labor Requirement | High Manpower | Minimal (Operator Only) |
| Error Rate | Frequent Human Error | Near Zero (Servo-Driven) |
PUR (Polyurethane) glue offers exceptional bonding strength, durability, and resistance to environmental stressors, ensuring battery linings remain secure and sealed under harsh automotive conditions.
The PID system maintains the adhesive at a precise, constant temperature, which is critical for controlling the viscosity of the PUR glue, ensuring it flows and bonds uniformly across the entire surface.
Yes, it is specifically designed for EV battery packs to ensure that linings are perfectly sealed, protecting cells from moisture, dust, and external contaminants.
The servo system ensures that the sliding table moves at a uniform speed with pinpoint positioning accuracy, eliminating gaps or uneven glue application on the lining plates.
Absolutely. The system is designed for flexibility and scalability, allowing it to be adapted for various automotive component dimensions and mass production needs.
Yes, the equipment is integrated with a post-process composite reinforced plate stage, where the glued lining is combined with additional materials for enhanced strength and stability.