newest LED Hair Drier wall mounted hair dryer

a) Super quality and fashionable design, Dual protection of hot-prevention with fuse

and thermostat

b) Super quiet.

c) Eliminates static electricity and frizziness, adds moisture, sheen and softness to hair,

smoothes hair surface for shiny, silky look and closes the cuticle layer to protect hair

d) With 2 special nozzle, easy to straighten hair -Excellent efficient. 2 rocker switches

provide, two powerful speed settings and two heat setting

e) hanging loop for easy storage, cool shot function

f) Powerful motor for fast drying and styling-excellent airflow

g) Over-heating protection device

h) Be welcome in the worldwide such as Europe, Russia, Middle East, South America,

South East Asia etc

Packing:
Carton size: 60 x 25 x 53cm (12pcs/ctn)
Gift box size: 240 x 95 x 252mm

Load:

3,264pcs/20ft container

6,792pcs/40ft container.

Material: Nylon	Speed Settings: 3	Nozzle Type: Concentrator
Feature: Ionic,LCD	Use: Household, Professional	Power: 2300
Place of Origin: Guangdong China (Mainland)	Brand Name: Purodi	Model Number: PRD-9522
white: red silver or as your require

Ceramic

Hair dryers using ceramic heating elements are also quite common and are becoming more so as the technology decreases in cost. The advantages of ceramic elements come from their quick heating and cooling. They also provide a more evenly spaced heat for the air to pass through. While many ceramics have what is known as a negative thermal coefficient of resistance (NTC), ceramics such as barium titanate and lead titanate used in hair dryers have a positive thermal coefficient (PTC). According to the Georgia Institute of Technology, PTC ceramics work in the opposite manner of NTC ceramics in that their thermal conductivity increases with an increase in temperature. It is this property which allows them to heat up and cool down very quickly. Ceramic heating elements in hair dryers are often arranged in a honeycomb pattern to make the most of their surface area.

Ionic

Ionic hair dryers are usually also ceramic hair dryers in that they most commonly use a ceramic heating element. Like other hair dryers, they also work on the basic principle of blowing heated air onto wet hair to speed up the drying process. However, ionic hair dryers also have an added electrical component that bombards the heated air with negative ions, giving it a negative charge. Water molecules have a positive charge. Since opposite charges attract, the theory is that the negative ions from the hair dryer will bond with the positive water molecules, breaking them up into smaller components and drying hair faster while using less heat and being gentler on the hair. It should be noted, however, that ionic hair dryers have not been scientifically proven to be more effective than traditional hair dryers according to studies conducted by the Japanese Journal of Life Information Science.