Chiral Chemical Processes Industry hydrocarbons, shell heat transfer oil,therminol 72 Armco Group , https://www.armcoltherm.com
Introduction:
This production line is designed to manufacture single-wall corrugated pipes from materials such as PVC, PP, PE, and EVA. It is also suitable for producing PA corrugated pipes. The machines are ideal for applications in automotive wiring, electrical conduit systems, machine tool circuits, protective tubing for lamps, air conditioners, washing machines, and more.
Features:
• Fully PLC-controlled system for precise operation
• High extrusion capacity with stable performance
• Corrugator mold supports two sizes per mold
• Efficient water or air cooling system for optimal quality
Production Flow:
Raw material + master batches → mixing → vacuum feeding → drying → single-screw extruder → extrusion mold → corrugation forming machine → meter measurer → double winder → inspection and packaging
Technical Parameters:
Material
Machine Model
Extruder
Pipe Diameter (mm)
Production Speed (m/min)
PE/PP
SNDPG-25
SJ45/30
φ11mm–φ25mm
20
SNDPG-63
SJ55/30
Φ25mm–φ63mm
10
SNDPG-90
SJ65/30
Φ50mm–φ90mm
5
PVC
SNDPG-63
SJZ51/105
Φ25mm–φ63mm
5
SNDPG-110
SJZ65/132
Φ50mm–φ110mm
3
Machine Pictures:
If you have any questions, please contact us:
Cel/Watsap/Wchat:+86 18205052682
PVC-PP-PE-EVA Single Wall Corrugated Pipes Line Forming Calibration Platform Machine
Condition: New
Extruder: SJ50, SJ65
Pipe Diameter: 8–50mm
Speed: 18m/Min
Heating Way: Foundry Aluminum Heater
Screw Barrel: Hard Chromed
Main Motor: Siemens
Contactor: Siemens
Main Electrical Parts: Siemens & Schneider
Warranty: 12 Months
Cooling Way: Water Circulation
Trademark: YUREFON
Transport Package: Wooden Base
Origin: Jiangsu, China
HS Code: 84772090
PVC-PP-PE-EVA Single Wall Corrugated Pipes Line Forming Calibration Platform Machine
Thermal oil application in such processes typically refers to utilizing heated oil as a medium to transfer heat for reactions to occur, particularly at high temperatures which are crucial for many chiral synthesis methods.
In high-temperature chiral chemical processes using thermal oil, the oil is circulated through the reaction vessel, absorbing heat from an external heating source and then releasing it to the reactants, maintaining a consistent temperature throughout the reaction. This method ensures that sensitive chiral reactions proceed smoothly without the risk of overheating or uneven temperature distribution.
The application of thermal oil can enhance the efficiency and selectivity of chiral synthesis by providing a stable, controllable heating environment. It allows for the precise control of reaction conditions, which is critical in achieving desired product enantiomeric excesses (E or ee values). Moreover, the high temperature can accelerate certain reactions, making the process faster and more energy-efficient compared to traditional heating methods.