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Analysis and Explanation of Mold Temperature Control System

Below is the analysis and explanation of the mold temperature control system for your check and reference. If you have any other questions, please feel free to contact us!

Mold Temperature Control System
Name
Analysis and Explanation
The mold temperature control system Mold Temperature control system (also called cooling system) – Maintains mold temperature within optimal range
cooling channel Cooling water circulation – Removes heat from the mold during production
water line Functionally equivalent to “cooling channels”
plug Quick-connect fitting (attached to mold, also called quick-disconnect coupling)
socket Cooling hose connector
extension plug Extension quick-connect nozzle (for hose connections)
bubbler tube Micro cooling tube (for small or hard-to-reach areas)
cascade water junction Hexagonal copper cooling jet connector
pressure plug Cooling channel end plug
threadless brass presure Cooling channel mid-seal plug (for interrupting water flow)
baffle Brass baffle plate (for cooling tower separation)
O-ring Rubber seal (also called O-ring or water seal). Standard seals: -30°C to +100°C. FPM (Fluorocarbon Rubber): -20°C to +200°C. TPU (Polyurethane): Up to 400°C
copper presaure plug Brass water plug (for cooling channels)
copper pin Copper cooling insert (also called heat dissipation copper)
connector block Standard cooling components (M3CB072, M3CB144)
branch block Standard cooling component (M3BB001)
straight junction Straight hose connector (in-line connection)
corner junction 90° elbow hose connector
bent junction Angled hose connector (custom degrees)
“T“ junction T-type hose connector (tri-port)
blue water  tube Blue coolant hose (for low-pressure applications)
plastic lock Nylon hose clamp (also called cable tie mount)
hose clamps Hose-to-nozzle sealing ferrule
transparent water tube Clear reinforced coolant hose (for high-pressure applications)

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