"220v uv curing machine"

High-Build Spray Machine Barrier Coating | Anti-Block & Anti-Corrosion for Automated Lines This spray machine barrier coating is designed to protect spray equipment and surrounding surfaces from overspray, chemical attack, and mechanical abrasion. It forms a removable or permanent protective film that prevents paint/dirt build-up on spray booth walls, conveyors, and robot arms. Ideal for high-volume finishing lines. Customizable viscosity, color, and curing temperature

Industrial Infrared Drying Machine for Precise Drying at 0-200°C Air Temperature Product Overview The Infrared Drying Machine is a state-of-the-art industrial solution designed to provide efficient drying for various industries. With advanced infrared heating technology and sturdy stainless steel construction, this machine delivers fast, uniform drying with precise temperature control. Key Features Infrared Heating Technology: Ensures fast and efficient material drying Energy

220V Controlling Temperature 5 Meters IR Dryer Machine For Pulp Molding Coating Product Description The 5 Meters IR Drying Machine (Model: OSM-IR-200) is a high-efficiency infrared drying solution designed for continuous industrial production. With a 5-meter drying tunnel and 750W extended shaft motor, it ensures uniform temperature distribution and fast curing for coatings, inks, or adhesives. The Kevlar conveyor belt (imported from the USA) and Taiwan Delta frequency

Achieve Optimal Performance with Infrared Heat Machine's Infrared Heating Mode Product Overview Our Infrared Drying Machine is a powerful and efficient infrared heating device designed for various industrial applications. With a compact size of 600×600×750mm, this machine features infrared heating technology with adjustable heating time (0-999s), noise levels below 75dB, and air volume capacity up to 9999m³/h. Ideal for drying, curing, and various thermal processing

High-Performance Infrared Drying Machine for 0-9999m³/h Air Volume Product Overview Infrared Heat Machines, also known as Infrared Driers, are highly efficient drying machines that use infrared heat to quickly and evenly dry a wide variety of materials. This powerful device features a power consumption of 2.5KW and low noise level of ≤75dB, making it suitable for various industrial applications. The infrared heat emission can be precisely adjusted for air flow direction

Industrial Infrared Dryers Machine The Infrared Drying Machine is a versatile and high-efficiency product designed for drying various materials quickly and effectively. With its Infrared Heat Device, it provides a powerful and energy-saving solution for all your drying needs. Key Specifications Product Name Infrared Drying Machine Air Volume 0-9999m³/h Power Consumption 2.5KW Weight 50kg Size 600×600×750mm Heating Time 0-999s Air Temperature 0-200℃ Key Features Infrared Heat

Single-Station Spin Coating Machine for Pulp Molded Meal Box R&D Programmable Speed 100-10,000 RPM with Customizable Fixtures for Formula Development Production Line Composition This self-contained single-station spin coating system is a compact, modular unit designed for flexible operation. The standard production line composition includes: Manual or Semi-Automatic Loading Station: For placing pulp molded products onto the spin fixture Core Single-Station Spin Coating

Versatile Multi-Purpose Roller Coating Machine for Wood, Metal, Plastic & Composite PanelsOur Versatile Multi-Purpose Roll Coater is engineered to deliver uniform, high-quality coatings across a vast range of flat substrates, including wood panels, metal sheets, plastic boards, and composite materials. Its defining feature is the highly customizable roller system, allowing you to choose between a cost-effective single-roll setup or a precision double-roll (reverse) configurat

High-Precision Customizable Spin Coating Machine for Internal Coating of Pulp Molding - Laboratory Small-Scale Production Line Product Overview This multi-function laboratory coater is the ultimate tool for comprehensive coating process development. It allows researchers to not only apply coatings with high precision but also to test and optimize the subsequent drying and curing stages under controlled conditions. It is ideal for tackling complex coating challenges that