Overview

Cold Trap LMCDT-A101 is engineered to provide capacity of 5 liters. It features borosilicate glass chamber offering durability against heat and chemical stress. Equipped with built-in protection functions preventing delay, overcurrent, overheating, and pressure overload. Incorporates caster wheels for effortless mobility and repositioning across lab environments. Our Cold Trap ensures vacuum drying, vapor trapping, and moisture control in various settings.

Features :

Emission control

Digital interface

Sealed ports

Ventilation panel

Coated exterior

Easy-access lid

Specifications :

Temperature	-40℃
Capacity	5L
Capture Method	Indirect cooling
Cold Trap Bottles Number	3
Cold Trap Material	3.3 borosilicate glass
Vacuum Nozzle	φ12 hose connector
Refrigerant	R404A
Protection Grade	IP20
Ambient Temperature	5 to 35℃
Power Supply	220 to 240V,50Hz
Cold Trap Size	φ160×250 mm
Dimensions	350×470×800 mm
Net Weight	45 Kg

Applications :

Cold Trap LMCDT-A101 is applied for vacuum drying, vapor trapping, and moisture control in battery cores, capacitors, and sensitive electronic component processing.

Selection Guide :

Cold Trap LMCDT-A101 is an essential component in laboratory vacuum systems, primarily used to capture and condense vapors before they reach the vacuum pump, protecting equipment and providing process efficiency. Based on research studies and application use cases, this model is suitable for freeze-drying (lyophilization), vacuum concentration, solvent recovery, and vapor capture during analytical procedures such as mass spectrometry, SEM, and electron microscopy. Its efficiency in condensing moisture and volatile solvents makes it suitable for high-vacuum and low-temperature experiments. It features a low temperature range that enables efficient vapor trapping, while its compatibility with various trap materials, such as borosilicate glass and stainless steel, enhances chemical resistance and durability. Certified to meet laboratory safety and performance standards, it supports reliable, contamination-free operation. Customers should consider this model when they require a robust cold trap for moisture-sensitive or vacuum-based applications, especially in research institutions, pharmaceutical labs, and advanced material science facilities.