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Heating pad
Custom Power Core,Warmth Without Worries
High-performance lithium batteries seamlessly integrate
th the heating system to provide a long-lasting
warmth solution tailored to your needs.
th the heating system to provide a long-lasting
warmth solution tailored to your needs.
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Used to isolate the current and protect the
safety of users
safety of users
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Waterproof/abrasion-resistant coating provides water
and moisture resistance while increasing durability
and moisture resistance while increasing durability
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The heating sheet can be sewn or adhered to soft
clothing, without affecting the wearing comfort
clothing, without affecting the wearing comfort
Please fill out the form below to request a quote or to request more information about us. please be as detailed as possible in your message, and we will get back to you as soon as possible with a response. we're ready to start working on your new project, contact us now to get started.
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WORKING PRINCIPLE
The heater is powered by a battery, usually with a low
voltage(e.g. 3.7V,5V,7.4V,or 12V)to ensure
safe use by the human body.
When energized, the resistive material in the heatel
(e.g. carbon fibers or metal wires) generates heat,
which is transferred to the body through the
lining of the garment
voltage(e.g. 3.7V,5V,7.4V,or 12V)to ensure
safe use by the human body.
When energized, the resistive material in the heatel
(e.g. carbon fibers or metal wires) generates heat,
which is transferred to the body through the
lining of the garment
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It consists of multiple strands of very fine carbon fiber
filaments twisted into a rope-like strand, voltage ap-
plied, and encapsulated in a soft cloth, Carbon fiber
itself is made of flaky graphite microcrystals irregularly
stacked,which has the soft processability of textile
fibers, But this structure, but also let the mechanical
ability of carbon fiber decline, toughness deterioration
ending, part of the fiber filament will be fractured, re-
sulting in greater resistancem the local temperature is
too high or directly can not work and other phenomena.
filaments twisted into a rope-like strand, voltage ap-
plied, and encapsulated in a soft cloth, Carbon fiber
itself is made of flaky graphite microcrystals irregularly
stacked,which has the soft processability of textile
fibers, But this structure, but also let the mechanical
ability of carbon fiber decline, toughness deterioration
ending, part of the fiber filament will be fractured, re-
sulting in greater resistancem the local temperature is
too high or directly can not work and other phenomena.
GRAPHENE
Graphene realizes electric heating mainly by making
it into a paste and coating it on top of a substrate to
form a faceted conductive layer, in order to maintain
the relative stability of the resistance, the substrate
will generally choose a more hard material, which
leads to the overall texture of hard, thick, easy to
break when bending.
it into a paste and coating it on top of a substrate to
form a faceted conductive layer, in order to maintain
the relative stability of the resistance, the substrate
will generally choose a more hard material, which
leads to the overall texture of hard, thick, easy to
break when bending.
METAL SILK FABRIC
Metal wire heating pads work through the principle
of resistance heating: when current passes through a
metal wire (e.g, nichrome alloy), due to electrical re.
sistance, electrical energy is converted into thermal
energy to produce heat, This heat is evenly distribut
ed to the surface of the heating pad through the
heat-conducting material.
of resistance heating: when current passes through a
metal wire (e.g, nichrome alloy), due to electrical re.
sistance, electrical energy is converted into thermal
energy to produce heat, This heat is evenly distribut
ed to the surface of the heating pad through the
heat-conducting material.
Please fill out the form below to request a quote or to request more information about us. please be as detailed as possible in your message, and we will get back to you as soon as possible with a response. we're ready to start working on your new project, contact us now to get started.
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1. Rapid warming
Rapidly warms up and heats up within seconds of being energized
2. Low energy
Optimized design with lower energy consumption for long time use
3. High security
Low-voltage design with overheat protection for high safety
4. Uniform heating
The material is thermally conductive and heats evenly to provide consistent warmth.
Rapidly warms up and heats up within seconds of being energized
2. Low energy
Optimized design with lower energy consumption for long time use
3. High security
Low-voltage design with overheat protection for high safety
4. Uniform heating
The material is thermally conductive and heats evenly to provide consistent warmth.
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FINISHED SOLUTION SHOWCASE
Application
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