About Dyne A Flame Surface Treating Systems
We are the foremost manufacturer, exporter and supplier of excellent quality Dyne A Flame Surface Treating Systems. This surface treater is manufactured at our sound manufacturing unit under the supervision of our deft professionals using quality-approved raw materials and advanced technology. Our offered surface treater is widely used in automotive, cosmetic and other industries to effectively increases surface energy. Tested on various parameters by our quality inspectors to ensure its trouble-free performance, our clients can avail this Dyne A Flame Surface Treating Systems from us at pocket-friendly prices.
Features:
Superior Surface Activation EfficiencyThe Dyne A Flame Surface Treating System delivers excellent surface activation, particularly for plastic and polymer substrates. Its multi-nozzle flame bar ensures uniform treatment quality over widths up to 1000 mm, resulting in substrates that are highly receptive to adhesives, inks, and coatings. The systems automated controls and precise adjustments help streamline integration into diverse manufacturing lines.
Robust Safety and CustomizationEngineered for operator protection, the system incorporates features like overload protection, an emergency stop switch, and guide roller-based alignment. It offers flexibility in installation, being suitable for both floor-mounted and table-top configurations. Available in multiple models, dimensions, and widths can be tailored to customer requirements, making it adaptable to various production needs.
Technologically Advanced for Industrial UseEquipped with PLC-based controls and computerized operation, the Dyne A Flame Surface Treating System ensures repeatable performance and simple user interaction. The inclusion of water cooling, adjustable height, and power-efficient electric drive provide durability and reliable operation in high-demand environments. Its mild steel construction and vibrant color schemes further augment its industrial appeal.
FAQs of Dyne A Flame Surface Treating Systems:
Q: How does the Dyne A Flame Surface Treating System enhance surface adhesion on plastics and polymers?
A: The system employs an LPG/Propane-fueled multi-nozzle flame bar to activate the surface of plastics and polymers. This process oxidizes the substrates outer layer, increasing surface energy and making it more receptive to adhesives, inks, or coatings.
Q: What is the process for adjusting flame intensity and treatment width?
A: Flame intensity can be controlled manually or automatically through the PLC interface. The treatment width, up to 1000 mm, is customizable based on your application, with adjustment ensured by the guide roller alignment system.
Q: When should the system be used for industrial applications?
A: This system is intended for use prior to printing, labeling, or bonding operations on plastic or polymer bottles, films, sheets, and tubes, ensuring optimal surface activation for enhanced adhesion and bonding strength.
Q: Where can the Dyne A Flame Surface Treating System be installed?
A: It is designed for indoor industrial environments and can be installed as a floor-mounted or table-top unit. The dimensions and mounting options depend on the specific production needs and available space.
Q: What safety mechanisms are built into the system?
A: Operator safety is ensured through integrated overload protection, an emergency stop switch, water-cooled components, and proper gas management. These help mitigate risks associated with high temperatures and combustible gases.
Q: How does computerized PLC-based control benefit the user?
A: The PLC-based control system streamlines operation, allowing automated ignition, flame modulation, and treatment adjustments. This ensures consistent treatment quality, easy parameter changes, and efficient system diagnostics.
Q: What are the main benefits of using this system for surface treatment?
A: Key benefits include high efficiency, consistent and reliable surface activation, durable mild steel construction, simple computerized operation, customizable configuration, and robust safety features, supporting both small-scale and large-scale industrial applications.