Jacketed Glass Reactor LJGR-T2026

Introduction

Jacketed Glass Reactor features a 100L glass vessel volume, enabling large-batch reactions for extended experimental runs. It includes a solid charging port that allows safe input of materials without exposing contents. The liquid collection tray beneath the vessel captures drips during drainage, keeping the workspace clean. Our Jacketed Glass Reactor supports synthesis, distillation, and concentration in research and industrial labs.

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

Applications

Jacketed Glass Reactor is designed for controlled chemical reactions, mixing, and synthesis in regulated thermal environments. This setup allows uniform temperature circulation, safe compound processing, and efficient mixing for research and pilot-scale production.

Specifications

Glass Vessel volume	100L
Receiving Bottle	20000ml
Glass Vessel Flange	Φ285mm
OD of Glass vessel opening	Φ338mm
ID of Bottom Valve	Φ21mm
Jacket Interface	Joint Size 45
Allowable Pressure of Jacket Interface	Less than or equal to 0.03 MPa0.03MPa
Liquid Inlet/Outlet Circulation Hose Interface	Rc3/4
No. Of Glass Vessel Lid Openings	7
Center Opening of Glass Vessel Lid	Joint Size 60
Side Openings of Glass Vessel Lid	S51, NS 35, 40/38, 34/35 (×2)
Solid Charging Port	95 mm joint opening
Sealing Gasket of Glass Vessel Lid	Φ338 × Φ294 × 3
Stirring Speed	50-500rpm
Support Parts for Stirrer
Dripping Funnel Volume	10000ml
Interface of Dripping Funnel	Φ12.5
Interface of Condenser	40/38
Liquid Collection Tray	Standard
Drain Port Ground Clearance	About 380mm
Power Consumption	250W
Dimensions (L × W × H)	1250 × 1000 × 2400 mm

Features

Wide-angle observation window

Flexible caster wheel mobility

Quiet-operation drive motor

Stable tripod base design

Anti-vibration stirring assembly

FAQs

1. Can the Jacketed Glass Reactor accommodate simultaneous experimental steps without interference?

Jacketed Glass Reactor supports concurrent experimental tasks due to the presence of multiple lid openings. This design allows insertion of temperature probes, condensers, funnels, and feed lines simultaneously without crowding the reaction space. The layout of these ports ensures independent access to each, helping to avoid cross-contamination or disruption. Each opening serves a specific function, enhancing both flexibility and operational control. The spacious arrangement allows multiple instruments to be used without mechanical strain or sealing compromise. This setup is particularly valuable in synthesis where heating, sampling, and condensation occur together. reactor offers this multifunctional capacity while maintaining vacuum integrity and safe reagent handling.

2. Is the Jacketed Glass Reactor suitable for handling heavy condensate volumes during distillation?

The Jacketed Glass Reactor is engineered to manage substantial condensate output due to its large condenser area and durable receiving setup. Its condenser has a broad contact surface, enabling efficient vapor cooling even during prolonged distillation runs. The design supports continuous operation without overflow risks thanks to its generously sized receiving bottle. The condensation area works efficiently with vacuum and temperature control to prevent reflux or vapor loss. This makes it particularly effective for batch distillation or solvent recovery. reactor minimizes manual transfer, reducing contamination risks and improving material yield. Its structure ensures distillation can proceed smoothly even under demanding lab or pilot-scale conditions.

3. Does the Jacketed Glass Reactor allow for efficient addition of solids during mid-reaction processes?

The Jacketed Glass Reactor supports mid-reaction solid feeding through a dedicated solid charging port that minimizes the risk of atmospheric exposure. Its wide-mouth access enables the safe introduction of bulk powders or granules even when the vessel is under vacuum or heated. This feature is especially useful in staged reactions or catalyst dosing. The port design prevents internal pressure drops while allowing controlled feeding. Solid additions do not interrupt stirring due to the off-center location of the entry point. reactor thus promotes uninterrupted operation while ensuring material purity. This benefits processes where exact timing of solid input affect’s reaction outcomes.

4. How does the Jacketed Glass Reactor prevent damage from connected external tubing during operation?

The Jacketed Glass Reactor is equipped with insulated hose connections that act as a protective barrier between external systems and the glass body. These connections minimize thermal shock and mechanical stress when linking to chillers or heating circulators. The insulation also stabilizes the jacket temperature by reducing heat loss through exposed lines. This setup guards against accidental contact or vibration that might otherwise damage delicate glass interfaces. The use of these hoses enhances operational safety while preserving the longevity of the jacket. reactor prioritizes structural durability without compromising on experimental control or performance.

5. Can the Jacketed Glass Reactor support heavy reagent dosing without repeated transfers?

Jacketed Glass Reactor integrates a high-volume dropping funnel that supports bulk liquid addition over extended durations. This feature eliminates the need for frequent reagent replenishment during reactions, minimizing operator intervention. The funnel’s positioning and connection allow dropwise or continuous feed, which is essential for exothermic or time-sensitive processes. It reduces the chances of overshooting reaction thresholds by controlling the delivery rate. reactor design ensures the contents mix thoroughly even with large-volume additions. This configuration is especially suited for scale-up or pilot studies where dosing precision and stability are critical.

6. Is the Jacketed Glass Reactor safe to use in environments with flammable materials?

The Jacketed Glass Reactor offers explosion-safe configurations to support operations in hazardous environments. Its use of explosion-rated motors and controllers meets industrial-grade safety standards. These components are certified for ignition prevention even under volatile gas or solvent exposure. The electrical system is enclosed and shielded to block spark generation. This safety provision makes it suitable for petrochemical, pharmaceutical, and bio-research labs that routinely handle reactive compounds. reactor upholds strict process safety without limiting its temperature or stirring capabilities. This protection ensures uninterrupted work in compliance-heavy sectors.