Cast-In Thermo-Platens

Tempco Cast-In Thermo Platens

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Description

Heated platens, including Tempco’s Cast-In Thermo Platen, provide uniform heating and are exceptionally durable and reliable in applications ranging from semiconductor manufacturing to composite heating for UAV/drone manufacturing. Every aspect of Tempco’s heated platens is customizable, from its contours to its width, length, and exit-location configuration. Platens can be made from aluminum, bronze, or brass, and feature optional stainless steel tubing for applications requiring cooling.

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  • Optional Finishes: 125 RSM is the standard finish for these heated platens, but electroless nickel plating, anodizing, Teflon®, hard-coat anodizing, and magnaplate surface finishes are available upon request.
  • Liquid Cooling Capabilities: Heated platens can be equipped with stainless steel tubes to enable clean and efficient cooling, especially when paired with an aluminum platen construction.
  • Machined to Spec: Platen contours are machined to application specifications, including blanchard ground for flat surfaces.
  • Integrated Sensors: All configurations feature a standard thermowell for accurate temperature sensing.

Get help specifying your cast-in heated platen. Hi-Watt provides same-day product support for all items; our in-house application specialists work with you to determine appropriate watt density, length, width, finish, configuration, and material options for your application.

Beyond product support, Hi-Watt continues to help existing customers by offering remote troubleshooting, spare part replacements, and field repairs.

Available Materials Aluminum 319, Aluminum 356, Bronze (UNS C95300), Brass (UNS C85700)
Exit Locations Type TE1 (Exits through the ends of the width or length)
Type TE2 (Exits toward the center of the width or length)
Type TE3 (Recessed and exits through the thickness either toward the end or center)
Type TE4 (Exits through the top surface at the ends of the width or length)
Type TE5 (Exits at the end, from the top, and toward the center through the width or length)
Type TE6 (Exits at the top surface towards the center)
Electrical Terminators Type S (Heavy Duty Ceramic, Standard)
Type SF & SF9 (Quick Disconnect Spade Tabs)
Type T7 (Ceramic Insulator)
Type F (Flexible Leads)
Type T (Mica Insulator)
Type R1 (Flexible Stainless Steel Armor Cable)
Type R (Mica Washers)
Type R1A (Stainless Steel Wire Overbraid)
Termination Protection Type C2 (Sheet Metal Terminal Box)
Type TS (Flexible Lead with Teflon® Sleeve)
Type EP (Explosion- or Moisture-Resistant Box)
Type MR1 (Moisture-Resistance with Perforated Shield)
Type P2 (Quick Disconnect Cup Assembly/Sheet Metal Box)
Cooling Tube Exit Locations Type CT1 (Exits through the thickness towards the end of the width or length)
Type CT2 (Exits through the thickness opposite to each other toward the end of the width or length)
Type CT3 (Exits at the top surface near the ends of the width or length)
Type CT4 (Exits through the thickness at opposite ends)
Type CT5 (Exits at opposite ends with one in the width and one in the length)
Cooling/Flow Tube Fittings Type FF (Flared Seal)
Type HS (Hi-Seal)
Type RA (90° Copper Elbow)
Type RT (Cast Brass 90° Threaded Elbow)
Type R3 (Straight Threaded Copper)
Maximum Volts 240V, 277V, 480V, or 600V
Maximum Watt Density 35 W/in2 (Aluminum), 45 W/in2 (Bronze or Brass)
Phase 1 or 3
Maximum Width 60”
Maximum Length 72”
Finish 125 RMS (Standard)
Agency Approval Yes, upon request

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