Customized Long Strip Emitter Head Ion Generator Parts With Ion Power Supply

Product Details: Customized Long Strip Emitter Head with Ion Power Supply for Static Elimination

Product Overview

Our Customized Long Strip Emitter Head with Ion Power Supply is a specialized solution designed to effectively eliminate static electricity in various industrial and commercial applications. This system combines a high-performance ion power supply with a long strip emitter head to provide uniform and efficient static neutralization across large surfaces or areas. Whether used in manufacturing, packaging, printing, or other processes, this static eliminator ensures smooth operations by preventing static-related issues such as material sticking, dust attraction, and electrical discharge.

Technical Specifications

• Input Voltage: AC 110V/220V (50/60Hz), or customizable based on specific requirements.

• Output Voltage:  suitable for various static elimination needs.

• Emitter Head Length: Customizable from 100mm to 1000mm (or longer upon request).

• Emitter Head Material:Carbon fiber or other conductive materials, ensuring durability and conductivity.

• Power Consumption: Typically 10-20W (depending on the length and configuration of the emitter head).

• Operating Temperature: -10°C to +50°C.

• Humidity Range: 10% to 90% RH (non-condensing).

• Mounting Options: Wall-mounted, ceiling-mounted, or custom mounting brackets available.

Applications

• Manufacturing: Eliminates static during material handling, assembly, and packaging processes.

• Printing and Paper Industries: Prevents static-related issues such as paper sticking, ink smudging, and dust attraction.

• Electronics Production: Protects sensitive components from static discharge, ensuring high-quality production.

• Automotive Industry: Removes static from vehicle surfaces during painting and assembly processes.

• Pharmaceuticals and Food Processing: Ensures a static-free environment to maintain product quality and hygiene.

• Packaging: Prevents static-related issues during bagging, boxing, and labeling processes.