Get Quote
Contact us now to receive a detailed quotation.
Overview
Cold Trap LMCDT-A100 is designed with minimum temperature of -40℃. It features stainless steel construction that handles both water and ethanol effectively. Equipped with digital display, it allows intuitive controls for clear temperature monitoring and operation settings. It incorporates an air-vented lower section, ensuring efficient internal cooling and thermal stability. Our Cold Trap enables vacuum drying, sample concentration, and moisture removal.
Features :
Vapor capture
Emission control
Sealed ports
Ventilation panel
Coated exterior
Easy-access lid
pressure overload safety
Specifications :
| Temperature | -40℃ |
| Capacity | 5L |
| Capture Method | Direct cooling |
| Cold Trap Material | 06Cr19Ni10 |
| Vacuum Nozzle | KF25 |
| Refrigerant | R404A |
| Protection Grade | IP20 |
| Ambient Temperature | 5 to 35℃ |
| Power Supply | 220 to 240V,50Hz |
| Cold Trap Size | φ160×250 mm |
| Dimensions | 388×454×781 mm |
| Net Weight | 48 Kg |
Applications :
Cold Trap LMCDT-A100 is ideal for laboratory systems handling vacuum drying, sample concentration, and moisture removal in capacitor production, battery core processing, and electronic component preparation environments.
Selection Guide :
Cold Trap LMCDT-A100 is an essential component in laboratory and industrial vacuum systems, especially suited for applications that involve capturing volatile vapors or moisture before they reach sensitive vacuum pumps. Based on research studies and experimental usage, this model is widely used in vacuum freeze-drying, solvent recovery, vacuum distillation, and electron microscopy (such as SEM and TEM) systems. The trap operates effectively with a temperature of -40°C, a 5L capacity, and supports both direct and indirect cooling methods, providing flexibility across various procedures. Constructed with durable 06Cr19Ni10 stainless steel, it provides high chemical resistance and thermal stability. Equipped with three cold trap bottles, it supports efficient vapor condensation and collection. Customers can rely on this model for consistent performance in both research and industrial-scale setups. Additionally, if the unit carries CE certification or ISO compliance (if applicable), it adds further assurance for quality and safety in regulated environments.
