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Turnkey Project High Temperature Wood Glue Hot Melt Adhesive For H Production Process Stirred Tank Reactor

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US$ 88000
≥1 Pieces
US$ 68000
≥3 Pieces

Quick Details

Barrel Volume (L):
6000
Max. Loading Volume (L):
5600 L
Range of Spindle Speed(r.p.m):
5 - 2000 r.p.m
Max. Loading Capacity:
8500
Product Details
Our factory is specialized in producing chemical industry mixers since 2006.
Turnkey Project High Temperature Wood Glue Hot Melt Adhesive For H Production Process Stirred Tank Reactor
Turnkey Project High Temperature Wood Glue Hot Melt Adhesive For H Production Process Stirred Tank Reactor

The manufacturing process of hot glue stick adhesives involves several stages, including adhesive formulation, adhesive mixing, and the use of adhesive mixing machines. A hot glue stick production line (polyamide glue stick) is designed specifically for manufacturing adhesive glue sticks using polyamide as the main thermoplastic polymer. Polyamide glue sticks offer excellent bonding strength, flexibility, and heat resistance, making them suitable for various applications, including woodworking, construction, and automotive industries.
Products Description
Turnkey Project High Temperature Wood Glue Hot Melt Adhesive For H Production Process Stirred Tank Reactor
Turnkey Project High Temperature Wood Glue Hot Melt Adhesive For H Production Process Stirred Tank Reactor
Powder Feeding System
The Powder Feeding System in a hot glue stick adhesive production line is responsible for accurately and continuously delivering powdered additives into the adhesive formulation. It ensures precise and consistent mixing of additives such as fillers, stabilizers, colorants, or reinforcing agents with the molten adhesive. The system typically consists of a hopper, feeder mechanism, and control unit to regulate the flow rate and maintain desired proportions.
Dust Filter
The Dust Filter in a hot glue stick production line is a vital component that helps maintain a clean and safe working environment. It functions by capturing and filtering out airborne particles and dust generated during the manufacturing process. The filter prevents these contaminants from entering the surrounding air, thereby reducing the risk of respiratory issues for workers and preventing product contamination. It typically consists of a filter media that traps the particles and a fan or suction system that draws in the air.
Mixing & Storage System
The Mixing & Storage System in a hot glue stick adhesive production line is responsible for blending the raw materials and storing the adhesive formulation before it is further processed. It comprises various components such as mixing tanks, agitators, heating systems, and temperature control mechanisms. The system ensures thorough and consistent mixing of the ingredients, including polymers, resins, additives, and solvents, to achieve the desired adhesive properties. It also provides a controlled environment for the adhesive to cool and solidify, allowing for proper storage and subsequent processing.
Reactor
The Reactor in a hot glue stick production line is a key component responsible for the polymerization and chemical reactions that convert raw materials into the adhesive formulation. It provides a controlled environment, typically under elevated temperature and pressure, to facilitate the reaction between monomers, polymers, and other additives. The reactor ensures the desired molecular structure, viscosity, and adhesive properties are achieved. It typically consists of a vessel, heating elements, agitators, and temperature and pressure control systems.
Hot Melt Extrusion
The Hot Melt Extrusion in a hot glue stick production line is responsible for melting and homogenizing the adhesive formulation to transform it into a molten state by screw extruder. It consists of a rotating screw inside a barrel that applies heat and pressure to the solid adhesive material. As the screw turns, it transports the material through the barrel, gradually increasing the temperature to melt the adhesive. The molten adhesive is then extruded through a die to form the desired shape, such as sticks or pellets, for further processing or packaging.

Transmission system

Shaping/Packaging System

Chiller System

Packaging System