365mm 220v 2200w Half White Plated Ir Lamp Halogen Ruby Infrared Heat Lamp For Printing machine goldisgood
220v 2200w Half White Plated Ir Lamp Halogen Ruby Infrared Heat Lamp For Printing machine application
Product Specifications and Their Significance
Voltage and Power:
The lamp operates at 220V, which is a standard voltage in many industrial and domestic settings. With a power output of 2200W, it is a high – power heat source. This high power is crucial for printing machines as it can generate a significant amount of heat. In the context of a printing machine, it can quickly raise the temperature of inks, coatings, or substrates to the required levels for efficient drying, curing, or other heat – related processes.
Appearance:
The “Half – White Plated” and “Ruby” description of the lamp might have an impact on its light and heat distribution. The plating could potentially affect how the infrared (IR) radiation is emitted and scattered. The ruby coloration might also influence the spectral characteristics of the emitted light. In a printing application, these characteristics could play a role in how the inks and coatings interact with the heat and light, potentially affecting the drying and curing processes.
Application in Printing Machines
Ink and Coating Drying/Curing:
Drying Inks: In a printing process, after the ink is applied, it needs to be dried quickly to prevent smudging and ensure a good print quality. The 2200W power of this lamp allows it to heat the ink layer efficiently. The infrared heat can penetrate the ink, causing the solvents to evaporate. The unique characteristics of the half – white plated and ruby – colored lamp might also interact with the ink in a way that affects the drying rate and quality. For example, the spectral output might enhance the absorption of heat by certain ink pigments, leading to faster drying of colored inks.
Curing Coatings: For printed materials that require a coating (such as a protective or decorative layer), the lamp can be used for curing. The high heat output helps to initiate and accelerate the chemical reactions that cause the coating to harden. The appearance of the lamp might influence the curing process. For instance, the half – white plating could potentially reflect or scatter some of the heat in a way that provides more even curing across the coated surface.
Substrate Preparation and Heating:
Pre – Heating: In some printing applications, pre – heating the substrate (e.g., paper, plastic, or metal) can improve ink adhesion and overall print quality. The powerful 2200W lamp can quickly raise the temperature of the substrate. The color and plating of the lamp might also have an impact on how the substrate absorbs heat. For example, the ruby – colored light might provide a different heating profile compared to a clear – lamp, potentially leading to more uniform heating of certain substrates.
Temperature Uniformity: The design of the lamp, including its plating and color, may contribute to an even distribution of heat across the substrate or the printed area. In printing, even heat is essential to avoid issues such as uneven drying or curing, which can lead to color variations, streaks, or an inconsistent finish. The lamp’s characteristics can help maintain a consistent temperature over the area it covers, ensuring that the inks and coatings dry or cure uniformly.
