Cooling offers
THERMAL POUCHES, BOX LINERS,
PALLET COVERS& FLEXIBLE GEL/ICE SHEETS
OFFERS FOR THE Commercial SHIPPER
View below all our great LINES
THERMAL POUCHES, BOX LINERS,
PALLET COVERS& FLEXIBLE GEL/ICE SHEETS
OFFERS FOR THE Commercial SHIPPER
View below all our great LINES
email us: handwarmersstore@gmail.com
Select Any Product Below to View Product Descriptions or to Order
Please call or email us with any question you may seek.
Select Any Product Below to View Product Descriptions or to Order
Please call or email us with any question you may seek.
Catalog View and Order
Thermal Performance - HOW PRODUCTS WORK
Thermal Pouches, Thermal Liners and Thermal Pallet Covers
Understanding How Reflective Insulation Works Heat flows from a hot or warm medium
to a cold medium in three ways:
Unlike mass insulation, reflective insulation is able to keep heat in and reflect heat away. Mass insulation material like fiberglass and foam merely slow down the transfer of heat; they do not reflect heat away, nor do they keep heat in.
Reflective insulation has the ability to control the transfer of radiant heat. In fact, Innovative Energy's products reflect (block) 95 percent of radiant heat.
Our products are ideal for:
Thermal Pouches, Thermal Liners and Thermal Pallet Covers
Understanding How Reflective Insulation Works Heat flows from a hot or warm medium
to a cold medium in three ways:
- By radiation, from a warm surface to a cooler surface through an air space
- By conduction through solid or fluid materials
- By convection, which involves the physical movement of air
- Conduction: Conduction is the direct flow of heat through a material resulting from physical contact. A typical example of conduction would be the heat transferred from hot coffee, through the cup, to the hand holding the cup. Another example is when the contents of a kettle boils from heat transferred from the burner to the kettle. Also, a poker becomes hot from contact with hot coals.
- Convection: Convection is the transfer of heat by air circulation or movement. Typical examples are forced convection: warm air rising from a heat register, free convection: warm air rising from a chimney, and finally, warm air rising from all of the hot surfaces of a radiator, furnace or wood stove.
Unlike mass insulation, reflective insulation is able to keep heat in and reflect heat away. Mass insulation material like fiberglass and foam merely slow down the transfer of heat; they do not reflect heat away, nor do they keep heat in.
Reflective insulation has the ability to control the transfer of radiant heat. In fact, Innovative Energy's products reflect (block) 95 percent of radiant heat.
Our products are ideal for:
- Temperature-sensitive packaging: Keeps perishable and temperature-sensitive items safe in shipping and transportation; helps maintain food safety and quality for
- prepared food.
- Controlling heat transfer in just about any situation: Innovative Energy specializes in creating customized solutions for all types of applications. If you have a need to control heat transfer, let Innovative Energy help. Contact us to find out how we can develop a solution to perfectly suit your needs
