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By Jason Herndon | Oct 20, 2017
The GMN advantage of PTC heaters

This blog is the last in our series on Positive Temperature Coefficient (PTC) heaters. In the previous blogs, we answered all your crucial questions - the what, why and where of PTC heaters. Today, we will be illustrating how GM Nameplate (GMN) can help you overcome all of your heating challenges and tailor these heaters specific to your needs.

As a vertically integrated custom-manufacturer of flexible electronic circuits, GMN has vast experience in printing conductive inks. Our PTC competencies encapsulate everything from heater design solutions, reel-to-reel printing, application engineering, to final testing. But why should you put your trust in GMN?

Experience + expertise - GMN brings together 60 years of custom-manufacturing experience across a wide array of industries including medical, aerospace and automotive. More than just experience, GMN has the state-of the-art equipment and technology to tailor unique solutions for all of your heating needs.

Our PTC experts not only have decades of first-hand experience with printed electronics, but also hold several patents in the PTC technology field. Their core strength lies in the knowledge and understanding of HOW to integrate the PTC technology into your product. This extensive application engineering experience is what results in a better performing heater.

Robust quality system - As an ISO 9001-certified company, our strict processes and quality controls allow us to produce PTC heaters with more uniformity and tighter temperature tolerances than the ones available today. Thanks to our on-site thermal analysis capabilities and environmental testing equipment, the PTC heaters rolling out of GMN factories are stable and uniform.

Customized solutions - Our PTC heaters are customized to meet your specific requirements in terms of shapes, sizes and heating configurations. One of our core strengths is translating concepts into concrete solutions. The GMN team provides support throughout the development process to convert your designs from a napkin-sketch through final production. Our process engineers will help you determine the feasibility of specific design elements, identify appropriate materials and processes, achieve performance requirements and optimize the workflow. With our in-house roll-to-roll screen printing equipment, GMN is ideally suited for high-volume production of PTC heaters.

No matter what your PTC needs are, GMN has the solution. We are a one-stop-shop that delivers a seamless development process, thereby streamlining your operations and boosting efficiency. It is the perfect synergy between expertise, experience and engineering that sets GMN apart from the rest and delivers a more stable and uniform heater product.

If you need to discuss your PTC needs or challenges, click here to request a consultation with our technical experts. Learn more about these self-regulating heaters by reading our previous blogs here:

By Jason Herndon | Oct 13, 2017
What are the applications of PTC heaters?

This blog post is the third in our series on Positive Temperature Coefficient (PTC) heaters. In the previous blogs, we discussed the fundamentals of PTC heating system (read here) and their benefits over traditional fixed-resistance heaters (read here).

Bearing the hallmark of safety, PTC heaters are self-regulating, energy-efficient heaters that provide uniform heating. They have survived the rigors of the automotive industry for decades now. By thriving in an industry marked by extreme environment and tough conditions, PTC heaters have proven their robustness and reliability. From car seats to surgical tables, outdoor clothing to stadium seating, they are well-suited for a wide range of applications across several industries such as:

Transportation (automotive + aerospace) - In the automotive industry, PTC heaters can be used to improve the heating within the vehicle with applications including seat heating, battery thermal management, LDW (Lane Departure Warning) camera and sensor de-icing, steering wheel heating, rear-view and side mirror heating. PTC technology offers ease of integration for in-flight applications, making it a great choice to warm anything in the cabin like the seats, walls, or the floor panels.

Healthcare - As we turn the lens to the healthcare industry, safety is of paramount importance. PTC heaters are ideal for under-body heating solutions such as human and veterinary surgical tables, veterinary and patient beds, gurneys, and even over-body blankets and drapes. They can be used in dentist chairs, clinic chairs and mobility vehicles. The inherent safety of PTC heaters makes them extremely effective in applications involving direct contact to skin (via the peel-and-stick method). They are also well suited for fluid warming applications, drug storage and shipment solutions.

Recreational and outdoor clothing - PTC heaters are perfect for ‘people-heating’. The ability to run ‘open loop’ (without electronic controls), and their light weight makes them ideal for outdoor recreational jackets, vests, gloves, mittens, socks, leg warmers, shoes, etc.

Food & beverages + restaurants - PTC heaters can be effectively employed in an industry governed by strict Food & Drug Administration (FDA) regulations. From food and fluid warming to food storage and shipment, they can be used in various stages of food processing and distribution. In the restaurant industry, they can be used in plate and countertop food warming solutions, and food delivery bags.

Public spaces and stadiums - PTC heaters are more energy efficient than the alternative technologies available today. They operate flawlessly in extreme environments and adapt to the shifts in temperature. They are well suited for mass production and can be deployed in outdoor venues like stadiums, amphitheaters, urban transportation stations, park benches, etc.

Miscellaneous - PTC heaters offer great design flexibility in terms of shapes and sizes. They can be integrated in a wide array of products like commercial bedding, camping tents, sleeping bags, carpets, rugs, baby strollers, towel warmer/drying rack, pet clothing, hand-held devices, and more.

PTC heating technology’s advantages far exceed the traditional heating systems available in the market. It’s safe, it’s efficient and it’s effective. In the next blog, we will illustrate the GMN advantage when it comes to PTC heaters. Until then, you can learn more by visiting our capabilities page here

By Jason Herndon | Sep 28, 2017
Self regulating PTC heaters

Has your heater ever stopped functioning when you needed it the most? Have you heard of car seats overheating or having hot spots? For decades, we have been relying on fixed resistance heaters for most of our needs. Safety remains an underlying concern when a single point sensor ‘assumes’ the temperature of the entire heater. Despite the various issues that have plagued traditional heaters, we continue to deploy them widely across industries. However, GM Nameplate now has the answer to overcome all of these challenges - PTC heating - a technology that puts safety in the front seat.

With this post, we are kicking off a new four-part blog series to answer your burning questions - the what, why, where and how of PTC heaters.

Positive Temperature Coefficient (PTC) heaters are self-regulating heaters that run open-loop without any external diagnostic controls. While traditional fixed-resistance heaters employ wires and coils to generate heat, PTC heaters use conductive inks printed on thin, flexible polymer-based substrates. Scoring high on reliability and efficiency, they are ideal for products that require safer, faster and more uniform heating. The properties of the material allow the PTC heater to act as its own sensor, eliminating the need for any external feedback controls. As a result, the heater inherently eliminates the risk of overheating.

PTC heaters utilize Positive Temperature Coefficient materials i.e. materials that exhibit a positive resistance change in response to the increase in temperature. As the temperature increases, the electrical resistance of the material also increases, thus limiting the current flow. Simply put, the material allows current to pass when it’s cold, and restricts current to flow as the threshold temperature increases.

PTC heaters draw full power initially to quickly heat up and reach the optimum temperature. As the heat increases, the power consumption simultaneously drops. This dynamic heating system is not only effective, but also time and energy efficient. PTC heaters can be designed to operate anywhere between -40°C and 70°C (-40°F and 158°F). The threshold temperature is customized during the design phase. Heaters with multiple temperature zones are achievable and watt density can be changed through simple modifications.

With a striking blend of performance and functionality, conductive inks are truly scripting the success story of printed electronics, such as PTC heaters. They give you the freedom to design intricate heating patterns. They are also abrasion resistant, cost-effective, and allow ease of production for large volumes. With PTC heaters, carbon conductive inks are screen printed on polymer-based substrates. While polyester is primarily used, other substrate materials can also be utilized. The PTC conductive inks can endure repeated cycles of heating and cooling. The printed circuits are sealed with an adhesive laminate to prevent the ingress of moisture as well as mechanical abrasion. The sealed construction can withstand extreme external conditions and the rigors of heavy usage.

PTC heating technology, a term synonymous with safety, utilizes best-in-class technology that surpasses the available options in the market today. In our next blog, we will elaborate on the benefits of PTC heaters versus traditional heaters. Until then, you can learn more by visiting our capabilities page here