Single Layer Glass Reactor LSGR-A14

Our Single Layer Glass Reactor maintains internal stability using a brushless motor and vacuum-grade sealing system. The PTFE and glass components ensure compatibility with a wide range of reaction media. Its ceramic bearings prevent heat buildup and reduce friction during extended mixing. The stainless steel bath enables controlled heating for sensitive compounds. All contact surfaces are non-reactive to avoid contamination. Stepless speed adjustment allows tailored stirring rates for different procedures. Structural elements are designed for uninterrupted reaction conditions. These features support reproducible synthesis in laboratory environments.

The Single Layer Glass Reactor includes a secure PTFE and fluororubber sealing system that supports vacuum operations. Its pressure resistance allows the system to maintain a vacuum of 0.0098 MPa without performance drops. The integrated vacuum gauge gives a real-time view of pressure levels. A stable seal is essential when working with solvents requiring low-temperature evaporation. Its design ensures reduced vapor loss under vacuum. The structure resists collapse or cracking when exposed to pressure changes. This makes the reactor dependable for distillation or solvent recovery. Its materials preserve internal purity throughout vacuum conditions.

Single Layer Glass Reactor simplifies maintenance through its open, accessible layout and high-durability components. The PTFE and glass construction allows for fast cleaning without leaving behind residues. Its brushless motor doesn’t require internal servicing or lubrication. Sealing components resist corrosion and maintain vacuum without constant replacement. The ceramic bearings reduce part wear during continuous use. Daily maintenance involves visual checks rather than technical disassembly. This design limits operational interruptions and lowers upkeep time. It’s built for long-term laboratory use with minimal service demands.

Labtron’s Single Layer Glass Reactor features a top-mounted 1000 ml dropping funnel for adding reagents during reactions. The funnel's design supports gradual and safe reagent introduction under closed-system conditions. Its glass structure prevents reaction with the chemicals inside. The sealed path minimizes fume escape and protects the vacuum state. This controlled input system reduces exposure during active synthesis. Operators can add acids, solvents, or reactants without opening the main vessel. Pressure and composition remain stable throughout the process. This design improves safety when handling reactive mixtures in real time.

Our Single Layer Glass Reactor uses a copper brushless motor that delivers consistent torque across variable speeds. Its stepless adjustment supports a wide range of mixing applications. Internal balance is maintained even during slow agitation or thick material blending. The ceramic mechanical seal ensures no leakage under active motion. Bearings reduce vibration and maintain motor alignment over long runs. The motor’s position prevents overheating during extended stirring cycles. This setup keeps reactions homogeneous and uniform throughout the process. Such stability is essential when handling multi-phase or time-sensitive reactions.

The Single Layer Glass Reactor is vertically configured with a small base footprint for tight workspaces. Its layout conserves bench area without sacrificing functional capacity. With a narrow width and front-access controls, it fits well into shared lab zones. The compact structure still accommodates a 10L vessel and full heating system. Reagent ports and gauges are positioned for ease of use without side clearance. Mobility features enable relocation without dismantling components. This design is beneficial in university, industrial, or biotech labs with limited space. Users gain full performance in a minimal footprint.