100L Double Layer Glass Reactor with PTFE

Products include: chemical glass pipeline equipment; Glass condenser; Complete set of glass reactor; High temperature, low temperature and high and low temperature integrated machine temperature control equipment

Product Classification:

Glass Reactor

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Product Description

Description:

The 100L Double-Layer Glass Reactor with PTFE-Coated Frame is an advanced chemical synthesis and reaction system designed for laboratory, pilot, and industrial applications. It features a borosilicate glass vessel with high transparency, corrosion resistance, and excellent thermal performance, making it ideal for mixing, distillation, crystallization, and extraction processes.

The outer jacket allows precise temperature control through circulation of heating or cooling media, while the PTFE-coated stainless steel frame provides exceptional resistance to corrosion, chemical vapors, and harsh environments. The entire structure is stable, durable, and easy to clean.

Equipped with variable speed stirring, vacuum capability, and digital temperature display, this reactor ensures reliable and repeatable results in pharmaceutical, fine chemical, and materials research laboratories.

Feature:

High-Quality Borosilicate Glass: Excellent transparency and resistance to acids and solvents.

PTFE-Coated Frame: Strong anti-corrosion protection for long-term stability in harsh conditions.

Double-Layer Jacket Design: Enables precise heating and cooling control.

Vacuum Operation Capability: Reduces boiling points and prevents oxidation during reactions.

Variable Speed Mixing: Provides uniform reaction and efficient material blending.

Digital Temperature Display: Ensures accurate monitoring of process temperature.

Large 100L Capacity: Suitable for pilot-scale and industrial laboratory applications.

Easy to Clean and Maintain: Smooth surfaces minimize residue buildup.

Chemical Resistant Components: All seals and valves made of PTFE for high purity operation.

Wide Application Range: Ideal for pharmaceutical synthesis, organic reactions, and crystallization.