Single Layer Glass Reactor LMSLR-B106

Name: Single Layer Glass Reactor LMSLR-B106
Brand: Labmate
SKU: LMSLR-B106
Rating: 4.7 (496 reviews)

Single Layer Glass Reactor LMSLR-B106 is designed with 30-liter vessel volume. Its controller unit regulates rotation speed and temperature settings with an intuitive interface. Equipped with constant-pressure funnel, it ensures stable liquid feeding. Incorporates drain valve that simplifies post-process liquid removal, preventing spillage. Our Reactor is ideal for chemical synthesis and solvent recovery in labs and industries.

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Specifications

Capacity	30 L
Temperature Range	-80 to 250°C
Temperature Measurement Accuracy	±1°C
Vacuum Degree	0.098 MPa
Dropping Funnel Volume	2 L
Rotation Speed Range	0 to 450 rpm
Stirring Motor Power	120W1/3
Heating Power	8kW
Glass Vessel Diameter	420 mm
Dimensions (W×D×H)	860×590×2080 mm
Weight	56 Kg

Pricing

Product	Price	Unit	Action
Single Layer Glass Reactor LMSLR-B106	$ 3637.5	Each of 1

Features

Efficient thermal transfer

High-torque motor

Direct material input

Uniform agitation

External vacuum connectivity

Mobile caster base

Dual-seal protection

Applications

Single Layer Glass Reactor LMSLR-B106 is commonly applied for chemical synthesis, material distillation, reaction monitoring, solvent recovery, pharmaceutical formulation, and vacuum-assisted evaporation.

Single Layer Glass Reactor LMSLR-A104

Capacity: 5 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 0.5 L
Receiving Flask Volume: 0.25 L

$ 4300 / Each of 1

Single Layer Glass Reactor LMSLR-A101

Capacity: 1 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 0.25 L
Receiving Flask Volume: 0.25 L

$ 3900 / Each of 1

Single Layer Glass Reactor LMSLR-B109

Capacity: 100 L
Temperature Range: -80 to 250°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa
Dropping Funnel Volume: 5 L

$ 3825 / Each of 1

Single Layer Glass Reactor LMSLR-B102

Capacity: 3 L
Temperature Range: -80 to 250°C
Bath Temperature Range: RT to 180°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa

$ 2550 / Each of 1

Single Layer Glass Reactor LMSLR-A108

Capacity: 50 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 1 L
Receiving Flask Volume: 0.5 L

$ 6837.5 / Each of 1

Single Layer Glass Reactor LMSLR-B107

Capacity: 50 L
Temperature Range: -80 to 250°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa
Dropping Funnel Volume: 2 L

$ 3712.5 / Each of 1

Single Layer Glass Reactor LMSLR-B108

Capacity: 100 L
Temperature Range: -80 to 250°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa
Dropping Funnel Volume: 2 L

$ 4631.25 / Each of 1

Single Layer Glass Reactor LMSLR-A110

Capacity: 200 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 2 L
Receiving Flask Volume: 0.5 L

$ 17425 / Each of 1

Single Layer Glass Reactor LMSLR-A107

Capacity: 30 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 1 L
Receiving Flask Volume: 0.5 L

$ 6462.5 / Each of 1

Single Layer Glass Reactor LMSLR-B110

Capacity: 200 L
Temperature Range: -80 to 250°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa
Receiving Bottle Volume: 10 L

$ 7037.5 / Each of 1

Single Layer Glass Reactor LMSLR-A105

Capacity: 10 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 1 L
Receiving Flask Volume: 0.5 L

$ 5525 / Each of 1

Single Layer Glass Reactor LMSLR-B101

Capacity: 2 L
Temperature Range: -80 to 250°C
Bath Temperature Range: RT to 180°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa

$ 2412.5 / Each of 1

Single Layer Glass Reactor LMSLR-B105

Capacity: 20 L
Temperature Range: -80 to 250°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa
Dropping Funnel Volume: 1 L

$ 3337.5 / Each of 1

Single Layer Glass Reactor LMSLR-A103

Capacity: 3 L
Temperature Range: -80 to 200°C
Pressure: -0.098 MPa
Dropping Funnel Volume: 0.25 L
Receiving Flask Volume: 0.25 L

$ 4000 / Each of 1

Single Layer Glass Reactor LMSLR-B100

Capacity: 1 L
Temperature Range: -80 to 250°C
Bath Temperature Range: RT to 180°C
Temperature Measurement Accuracy: ±1°C
Vacuum Degree: 0.098 MPa

$ 2325 / Each of 1

Frequently Asked Questions

1 What is a Single Layer Glass Reactor?

A Single Layer Glass Reactor is an apparatus designed for chemical reactions with a single-layer wall for clear visibility and chemical resistance.

2 How is temperature controlled in Single Layer Glass Reactor?

Temperature control is typically achieved through external jackets or immersion in temperature-controlled baths, ensuring precise reaction conditions.

3 Can Single Layer Glass Reactor be used for pharmaceutical synthesis?

It is widely used in pharmaceutical synthesis for precise control and monitoring of chemical reactions.

4 Is Single Layer Glass Reactor suitable for polymerization processes?

It is ideal for polymerization due to its chemical resistance and ability to maintain controlled reaction environments.

5 Can Single Layer Glass Reactor be used for crystallization applications?

It is commonly employed in crystallization to observe crystal formation clearly and maintain proper reaction conditions.

6 Is Single Layer Glass Reactor used in research and development labs?

It is a standard tool in R&D labs for experimental reactions and process optimization.

7 Is Single Layer Glass Reactor used for food and flavor industry applications?

It is used in the food and flavor industry for controlled reaction processes and product development.

8 Can Single Layer Glass Reactor be used for catalyst testing?

It is commonly used for catalyst testing due to its transparent design, allowing observation of catalytic reactions.

9 Can Single Layer Glass Reactor be used in environmental testing applications?

It is often used in environmental labs for testing reactions related to pollution control and remediation.

10 Is Single Layer Glass Reactor used for quality control testing in manufacturing?

It is used in quality control to simulate and monitor chemical processes for consistency.