Cold Trap LCTR-T2011

Introduction

Cold Trap operates at -40℃ and captures water vapor to protect vacuum pumps from moisture damage. The glass condenser handles acid and organic solvent vapours in demanding lab processes due to its strong chemical resistance. A temperature display helps track cold trap performance during use. Our Cold Trap supports vacuum pumps and drying ovens in capacitor and battery drying systems.

This water testing equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Cold Trap captures water vapor and harmful gases released from vacuum drying or concentration equipment. This helps extend vacuum pump life and prevents atmospheric contamination during capacitor and battery drying processes.

Specifications

Temperature	-40℃
Ambient Temperature	5 to 35℃
Capture Method	Direct cooling
Cold Trap Size	φ160×250mm
Cold Trap Capacity	5L
Cold Trap Material	06Cr19Ni10
Vacuum Nozzle	KF25
Safety Functions	Delay, over-current, over-heat, over-pressure
Refrigerant	R404A
Protection grade	IP20
Power supply	220 to 240V~,50Hz
Dimensions (L × W × H)	388×454×781 mm
Net weight	48kg

Features

Shock-resistant outer structure

Non-slip base footing

Scratch-proof coated housing

Reinforced internal framework

Tight-seal vacuum interface

FAQs

1. Can the Cold Trap operate effectively in high-use lab environments?

Cold Trap is structured with robust external framing and vibration-resistant elements that support constant operation in high-demand setups. Its physical design maintains cooling performance during back-to-back cycles without overheating concerns. The base and housing provide structural rigidity, which reduces movement and prevents instability when installed on lab benches or floors. This build allows it to perform well in labs that run multiple vacuum processes daily. Its cold trap chamber supports repeated vapor collection while the condenser holds up to frequent exposure to volatile solvents. The durable layout helps maintain steady functionality under fluctuating internal loads. With low noise output and consistent cooling, it fits into shared lab spaces without causing disruption. That makes it suitable for long working hours or continuous batch applications.

2. What makes the Cold Trap suitable for battery material drying applications?

The Cold Trap supports workflows in electrode and cell manufacturing by capturing solvent emissions and condensed vapors. This is especially useful in battery development where materials must remain free of residual moisture. The vapor trap preserves the purity of battery materials by removing moisture that would otherwise interfere with lithium-ion behavior. Its placement before the vacuum pump ensures harmful byproducts do not enter the system. The design accommodates long process durations, which are common in material drying. It also limits air ingress that could oxidize sensitive battery components. This makes it a dependable part of dry-room procedures. The trap protects both the vacuum system and the material integrity during production.

3. Is the Cold Trap suitable for labs handling multiple solvent types?

Cold Trap supports changing workflows where different solvents are used across separate vacuum operations. Its condenser glass resists degradation caused by varied chemical groups such as alcohols, acids, and halogenated compounds. This makes it ideal for mixed-use lab environments that need vapor capture across experimental setups. It eliminates the need to switch systems frequently when working with incompatible vapors. The sturdy vapor path construction avoids interaction between captured contents and system parts. With cleaning access and safe solvent handling, the unit helps maintain long-term reliability. That supports repeated changes in lab procedures without excessive downtime. The trap’s chemical durability enables broad usage across organic synthesis, purification, or storage drying tasks.

4. Can the Cold Trap be used in educational lab setups?

Cold Trap is well-suited for institutional settings where safe demonstration of vacuum drying, or solvent capture is required. Its clear design helps students visualize vapor condensation while reducing risk from direct chemical exposure. The unit’s compact footprint makes it easy to fit on shared lab benches or teaching setups. Its controls and interface are intuitive enough for supervised use in academic environments. As it functions as an intermediary between vacuum sources and ovens, its role is easy to explain in practice. Minimal noise generation ensures classroom communication isn’t disturbed. Glass construction adds an educational advantage for observing chemical behaviours. The setup ensures safe, observable processes during lab training sessions.

5. Can the Cold Trap support installations with limited lab space?

Cold Trap features a compact, vertically aligned body structure that fits into tight or cluttered lab environments. Its base and form factor allow placement beneath benches or beside existing equipment without obstruction. The cooling unit is built in a way that doesn't demand wide side clearance for ventilation. Since many labs face space limitations, this model avoids the need for permanent fixtures or alterations. The solid base ensures safe positioning even on rolling carts or shared lab tables. That makes it a portable option for modular setups. Researchers can move it between stations depending on the workflow. The unit’s scale matches the needs of labs without large-scale vacuum systems.

6. How easy is it to monitor condensation activity in the Cold Trap ?

Cold Trap provides real-time visual access to condensation events through its transparent trap section and digital temperature readout. This combination allows users to assess when condensation begins and estimate vapor load levels. Temperature feedback guides the operator in deciding when to empty or check for capacity limits. The glass construction allows direct observation without opening the system. This eliminates unnecessary exposure or temperature disruption. Monitoring becomes especially important in longer or solvent-heavy processes. The unit helps maintain workflow awareness even when multiple instruments are running. This aids productivity and ensures the system continues collecting effectively.