Experience Cozy Warmth With a Ceramic Heating Pad

Weighted heating pads provide many therapeutic advantages, from soothing warmth that induces relaxation responses in your body to multiple heat settings and automatic shut-off mechanisms to protect from overheating, plush materials that make these heating pads cozy and comfy.

FCP heaters are constructed using premium multi-strand 80/20 nichrome resistance heating wires running through interlocking sintered alumina oxide ceramic beads and equipped with cold tails for insulation from being heated by pure nickel wires fitted with camlock connectors.

Durability

Ceramic heat pads are durable heating solutions intended for repeated use, providing targeted warmth to alleviate discomfort or provide therapeutic relief. These versatile heaters heat quickly and keep their temperature constant, offering targeted comfort that lasts throughout the day.

Ceramic heating pads are an ideal choice for preheating welding preheat and stress relieving heat treatments, making them a valuable asset in various industrial settings. Constructed using high grade Nickel-Chrome 80/20 19-stranded resistance wire running through durable alumina oxide ceramic beads, these resistance heating elements accurately raise workpiece temperatures prior to, during, and post welding operations.

FCP heaters are manufactured by feeding multi-strand quality 80/20 nichrome resistance heating wire through passages within interlocking ceramic beads and installing two electrically insulated cam locks. The wire is woven among sintered high-alumina ceramic beads for increased flexibility and high-heat transfer capabilities, and each mat ends with a standard 9″ cold tail wire welded directly onto its respective wire via pure nickel wire to prevent overheating of its 60A brass camlock connectors.

Convenience

Ceramic heating pads are made of skin-friendly fabric that keeps you warm without overheating or burning your skin. Their durable design withstands repeated use for added comfort – and can even be placed anywhere on the body for extra convenience.

These heaters come equipped with multiple safety mechanisms, such as auto shut-off features that prevent overheating. Furthermore, they’re easy to set up and can even be wiped down for maximum smudge-free shine!

Flexible ceramic pad heaters are the ideal way to quickly preheat or post weld heat treat weld joints prior to welding, or post weld heat treat them post weld. Composed of interlocking sintered alumina oxide ceramic beads insulated by quality 80/20 nickel-chrome wire insulation, flexible ceramic heaters are easily configured to meet any equipment or vessel shape for optimal heating, can withstand rough handling, chemicals exposure and are suitable for stress relief applications on welded pipe joints.

Safety

An electric heating pad must always be used safely and responsibly, such as keeping it away from children or animals who might mistake it as playthings, and near no flammable materials like curtains or bedding that may ignite it accidentally. Furthermore, any signs of wear-and-tear should be thoroughly inspected for signs that pose fire hazards; only use it with an appropriately secured power cord.

Flexible ceramic pad heaters employ interlocking sintered alumina oxide ceramic beads insulated by stranded nickel-chrome wire to form an adaptable, resilient and reliable resistance heating solution for various industrial applications, including welding preheating and stress relief heat treating. They minimize setup times while offering various sizes, voltage ratings and customization options to meet varying customer requirements – they’re the perfect solution for applications involving welding on large vessels with C-Seams as well as stress relief heat treating pipework butt welds.

Versatility

Flexible ceramic pad heaters (FCPs) are composed of interlocking sintered alumina oxide ceramic beads covered with multi-strand 80/20 nickel/chrome insulation wire insulation for quick setup times during plasma wire heating processes, accommodating both flat and curved applications while featuring cold tails welded directly onto their heating wire via pure nickel camlock connectors to protect them from overheating.

Resistance heating coils can be used to preheat metal components prior to welding or for stress relief on butt welds, and are also an excellent way of preheating pipes, vessels and equipment locally.

These industrial grade bulbs come in an assortment of sizes and voltage ratings to meet diverse industrial needs. Their durable design withstands vibration damage and chemical exposure while their quick warm up time and safe handling make them an excellent choice for harsh industrial environments. Furthermore, they’re easy to install on curved surfaces for installation purposes.