"industrial hot air drying line"

Precision Multi‑Zone Microwave Dryer with Real‑Time Moisture Feedback for High‑Quality Pulp Molding Production Line Composition The complete inline drying system consists of: Infeed Conveyor Belt – stainless steel mesh or PTFE belt, width customizable Multi‑Cavity Microwave Drying Tunnel – 4-20 independent resonant chambers Magnetron Generator Cabinets – air‑cooled or water‑cooled, individually addressable High‑Capacity Moisture Exhaust System – forced ventilation with

9-Stage Water-reducing Rate 95% Microwave Vacuum Dryer For Pulp Moding Box, Industrial Packing Product Overview Download Technical Documentation (PDF) This industrial microwave vacuum drying equipment features an exceptional 95% water-reducing rate, effectively removing moisture content while preserving material quality and integrity. With an 85KW power output, it offers energy-efficient drying compared to traditional methods, reducing long-term operating costs. The vacuum

Automatyczna linia do powlekania natryskowego ultradźwiękowego do opakowań z masy celulozowej przemysłowej. Charakteryzuje się regulowaną prędkością przenośnika (0-20 m/min), wielostanowiskowym opryskiem i energooszczędną pracą. Oferuje wysoce precyzyjne powlekanie z niestandardowymi opcjami dla różnych materiałów i grubości (3-200 mm).

Fully Automatic Scraping Coating Machine for XPS Board Surface Preparation | High-Capacity Production Line Product Overview This fully automatic scraping coating machine is specifically engineered for uniform application of primer, adhesive, or leveling compounds onto extruded polystyrene (XPS) and expanded polystyrene (EPS) boards. It ensures consistent, controlled film thickness across the entire board surface, crucial for subsequent lamination or finishing processes. The

Roll-to-Roll Roller Coater for Film, Foil & Textiles The Roller Coater (also called roll coating machine) applies a precise, uniform layer of paint, adhesive, varnish, oil, or other liquid coating onto flat panels or continuous rolls of material. It uses one or more rotating rollers to transfer coating from a reservoir to the substrate surface. The machine is fully customizable - roller hardness, coating gap, number of rollers, drying method, and substrate width - to fit

Spot UV Printing Machine or Automatic Coating Equipment 10m W1320mm Roller Coater Spot UV Printing Machine With BKC Thermostat This advanced 10-meter heating leveling machine is designed for precision spot UV printing and coating applications, featuring robust construction and high-performance components for industrial manufacturing environments. Technical Specifications Parameter Specification Product Name 10m heating leveling machine Model OSM-IR-1320 Specifications 10000mm

Precision Two-Roll Coating Machine for PVC, Furniture, and Metal Panels with Customizable Coating ThicknessProduct OverviewThis Two-Roll Coating Machine is an industrial-grade system engineered to apply perfectly uniform and consistent coatings on a wide range of rigid, flat substrates, including PVC boards, furniture panels, and metal sheets. It is the ideal solution for manufacturers seeking to enhance product aesthetics, functionality, and durability with a precise,

Integrated Robotic Pick-Place One-Pass Water-Based Digital Printer for Molded Pulp – Inline Automated Decoration Production Line Composition Automatic product feeder (vibratory bowl, belt conveyor, or robotic arm - customizable) Vision-guided alignment station (product orientation and registration detection) Single-pass print engine with stationary printhead array Low-temperature hot air drying tunnel (≤60°C, customizable temperature profile) Automatic unloader with product

Heavy-Duty Knife Coater for High-Viscosity Coatings | Knife-Over-Roll Coating Machine for Rubber, Adhesive & PVC – Customizable Product Overview A knife coater (also known as a knife-over-roll coater or doctor blade coater) is a versatile coating machine that applies a precise, controlled layer of liquid or paste-like material onto a moving substrate. The coating thickness is determined by the gap between a doctor blade (knife) and a backing roller or the substrate itself.