JW-2T Diesel Hydraulic Double-Cylinder Pré-Aquecedor Termoplástico

JW-2T Diesel Hydraulic Double-Cylinder
Hot Melt Kettle
Product Overview
As a leading production factory in the traffic safety industry, we are excited to introduce the JW-
2T Diesel Hydraulic Double-Cylinder Hot Melt Kettle. This advanced machine is designed to
enhance efficiency and reliability in road marking applications, making it an essential tool for
professionals in the field. The JW-2T combines powerful diesel operation with a robust hydraulic
system and dual-cylinder technology to deliver consistent and high-quality performance.
Reference Photo
Technical Specifications
Parameter
Specification
Engine
28ps(20kw) Electric Start Evaporative Water-Cooled Diesel
Engine
Inner Structure of the Kettle
Body
Double-layer kettle wall for controlling the fire channel,
including special stainless steel kettle wall for controlling the fire
channel and a hanging material bucket
Outer Structure of the Kettle
Stainless steel shell, vertical blade type stirring energy device

Parameter
Specification
Body
with an energy discharge device to prevent energy loss
Hydraulic Drive System
Multipath integrated hydraulic control valve, forward and
reverse stirring, stepless speed change
Hydraulic Oil
0.14m³
Diesel Tank
Approximately 100L
Heating System
Special dual-purpose oil and gas furnace
Kettle Capacity
1000kg*2
Dimensions
2.032.032.03m
Weight
1600kg
Key Features
Feature
Description
Diesel-Powered
Hydraulic System
The JW-2T is equipped with a powerful diesel engine that drives a
hydraulic system, ensuring smooth and reliable operation. This
combination provides the necessary power to handle heavy-duty tasks
while maintaining efficiency and fuel economy. The hydraulic system is
designed to withstand continuous use, making it ideal for large-scale
road marking projects.
Dual-Cylinder
Technology
One of the standout features of the JW-2T is its dual-cylinder design. This
innovative technology allows for simultaneous melting and mixing of
road marking materials, ensuring a consistent and high-quality output.
The dual-cylinder system also provides redundancy, reducing the risk of
downtime and ensuring continuous operation.
User-Friendly and
Safe Operation
The JW-2T is designed with user-friendliness and safety in mind. Its
ergonomic design ensures that operators can work efficiently and
comfortably, even during long hours of operation. The machine includes
safety features such as emergency stop buttons and protective guards to

Feature
Description
minimize the risk of accidents. Additionally, the JW-2T is designed to
reduce emissions and noise pollution, making it an environmentally
friendly choice.
Durable
Construction
Built to last, the JW-2T is constructed with high-quality materials that
ensure durability and reliability in various operating conditions. The
machine’s robust construction ensures minimal downtime and
maintenance, allowing for continuous operation in demanding
environments.
Application Scenarios
Industry
Application Details
Highway and
Expressway
Projects
Suitable for large-scale road marking construction on highways,
expressways, and major transportation routes where continuous
thermoplastic material supply is required.
Municipal Road
Construction
Ideal for urban roads, intersections, pedestrian crossings, and large-scale
road maintenance projects.
Airport and
Industrial Areas
Suitable for airport runways, logistics parks, ports, factories, and industrial
areas requiring durable and high-quality road markings.
Professional
Road Marking
Contractors
Designed for professional contractors handling large-volume projects,
offering high productivity, reliable performance, and reduced downtime.
Conclusion
In summary, the JW-2T Diesel Hydraulic Double-Cylinder Hot Melt Kettle is a powerful and
reliable tool for the traffic safety industry. Its advanced technology, user-friendly design, and
durable construction make it a reliable choice for a wide range of applications. Choose the JW-
2T to enhance your road marking projects and achieve unparalleled efficiency and precision.