Glue Reactor

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Product Overview

1. Overview and Application

Glue reactor is an essential piece of equipment in fine chemical production and an indispensable reaction vessel for glue manufacturing. Raw materials are dispersed and mixed through stirring, heating, and other methods in strict accordance with process requirements.

This reactor supports various reactions such as alkylation, polymerization, and condensation. It features rapid heating, high-temperature resistance, and corrosion resistance. In addition, it has low environmental pollution and convenient operation, so it is widely used in the production of leather glue, woodworking glue, yellow glue, and adhesives.

2. Main Components and Materials

The equipment consists of several key components, including the vessel body (cylinder), vessel head, jacket, and agitator. It is also equipped with a heating device, transmission device, shaft sealing device, support lugs, vacuum system, and inlet/outlet ports.

The vessel body is typically made of carbon-manganese steel, stainless steel, or nickel-based alloy.

3. Cylinder Treatment and Standards

All cylinder parts in contact with materials are made of high-quality imported stainless steel (SUS304/SUS316L). The inner wall is treated by mechanical polishing or electrolytic mirror polishing.

The outer wall adopts an all-welded structure for heat insulation, and the external surface is finished with mirror or matte treatment.

External connections of the cylinder use sanitary quick-release connectors; all joints are formed by spin-forming to ensure safety, hygiene, and no dead corners, complying with national GMP hygiene standards.

4. Jacket Structure Types and Compliance Standards

Various jacket structures are available. In addition to cylinder treatment standards, glue reactors also meet the following national standards and regulations:

Good Manufacturing Practice for Pharmaceutical Products (SFDA)
Technical Supervision Regulation for Safety of Stationary Pressure Vessels (TSG 21—2016)
Pressure Vessels (GB 150—2011)
Welding Code for Pressure Vessels (NB/T 47015—2011)
Non-destructive Testing for Pressure Equipment (NB/T 47013—2015)
Technical Requirements for Manufacturing of Steel Chemical Vessels (HG/T 20584—2011)

Technical Parameters

Specification Model	Overall Dimensions	Motor Power (kW)	Stirring Speed (rpm)
FYG–50	700×700×1600 mm	0.55 kW	0–150
FYG–100	800×800×1700 mm	0.75 kW	0–150
FYG–150	800×800×1800 mm	0.75 kW	0–150
FYG–200	900×900×1800 mm	1.1 kW	0–150
FYG–300	900×900×2000 mm	1.5 kW	0–150
FYG–400	1000×1000×2000 mm	1.5 kW	0–150
FYG–500	1100×1100×2000 mm	1.5 kW	0–150
FYG–1000	1200×1200×3300 mm	2.2 kW	0–150
FYG–2000	1600×1600×3200 mm	4 kW	0–150
FYG–3000	1700×1700×3600 mm	5.5 kW	0–150
FYG–4000	1800×1800×3800 mm	7.5 kW	0–150
FYG–5000	2000×2000×4000 mm	7.5 kW	0–150
FYG–10000	2400×2400×6000 mm	15 kW	0–150