Flexible Ceramic Pad Heater – 6 Beads x 16 Beads, 60V, 2.7kW

Key Features:

✔ High-quality European sintered ceramic beads
✔ Durable 80/20 NiCr core wire with 19 strands
✔ 7-strand 212 Nickel cold tail for reliability
✔ 60A twist-lock plugs for secure connection
✔ Flexible and adaptable for various applications

Industrial Applications:

* Post-weld heat treatment of thick-walled pipes and    structures
* Preheating before welding to prevent thermal stress and cracking

Specifications:

Heater body width:  6 beads (150mm)

Heater body length: 16 beads (335mm)

Hot tail length: 300mm

Cold tail length: 200mm

Voltage: 60 V

Current: 45 A

Power: 2.7 kW

Core Wire: 19 strand, 80/20 Nickel/Chrome (Ni/Cr)

Cold tail wire: 7 strand 212 Nickel

Bead material: 95% Sintered Aluminium

Plugs: 2 x 60 A twistlock plugs as standard (also available with Dinse plugs)

NET WEIGHT: 02 Kgs

Why Choose PWHT Tech India?

PWHT Tech India is a trusted name in the heat treatment industry, offering over a decade of expertise in manufacturing high-quality heating solutions. Our Flexible Ceramic Pad Heaters are designed with precision, ensuring maximum efficiency, safety, and durability for demanding industrial applications.

✅ Premium-Quality Components – European-manufactured ceramic beads & high-grade Nickel-Chrome wires.
✅ Strict Quality Control – Ensuring superior performance and long service life.
✅ Custom Solutions Available – Tailored heating solutions for unique industrial needs.
✅ Competitive Pricing & Fast Delivery – Best value for high-performance heating.

Order Your Heating Solution Today!

Contact PWHT Tech India to get the best Flexible Ceramic Pad Heaters for your industrial heating needs.

The Ceramic Heating Element with 33 beads x 4 beads configuration operates at 80V and delivers a power output of 3.6kW. Designed for industrial heating applications, this element provides efficient and uniform heat transfer, ensuring precise temperature control. Its durable ceramic construction offers excellent thermal insulation and resistance to high temperatures, making it ideal for demanding environments. This heating element is commonly used in applications like metalworking, welding, and preheating processes, where reliability and performance are critical. Easy to install and maintain, it ensures long-lasting and energy-efficient operation.