iPhone Lens Surface IR Drying Tunnel Furnace

• Customization: Available
• Movement Way: Combined
• Heating Mode: Transmission
• Model NO.: TM-IR-S
• Drying Medium: Superheated Steam
• Operation Pressure: Atmospheric Dryer
• Operational Method: Continuous
• Conveyorbelt Width(mm): 650mm
• Lamp Power: 800W X10
• Conveyor Speed: 380/7.5(Each Section)
• Heating Temperature: Room Temperature ~ 200 (Adjustable)
• Total Power: 380V\9kw
• Dimensions: 2850*1150*1700
• Weight: 300kg
• Structure: Oven
• Appearance of Dried Sample: Strap
• Type of Flow: Parallel Flow
• Transport Package: Plywood Case/Wooden Case/Carton/as Required
• Specification: CE; ISO9001-2000
• Trademark: Tamprinter
• Origin: China(Mainland)
• HS Code: 8525801190
• Production Capacity: 100 Sets/Month

Product Description

Product Description
iphone lens  surface IR drying tunnel furnace(TM-IR-S)

Parameter:
 

Model No	TM-IR-S
Conveyorbelt width(mm)	650mm
Lamp power	800W X10
Conveyor speed	380/7.5(Each section)
Heating temperature	Room temperature ~ 200 ºC (Adjustable)
Total power	380V,9KW
Dimensions	2850*1150*1700
Weight	300KG

Applications:

It is apply to the surface IR drying of  mobile phone lenses, glass and other materials.

Features:

1.Insulation structure: the structure of the reflow oven mode, the box Carton insulation shield isolation structure, substantially reducing the surface temperature of the furnace, to reduce the impact on the environment.
2.Temperature control: Taiwan original ML solid state relay controller with automatic power adjustment, power fluctuations small features.
3.Heat pipe installation: arranged on top of the furnace, even reasonable, lugs with high temperature wire.
4.Air transport way: hot air circulation around the loop transport wind way, uniform heating.
5.Imported Talfon or stainless steel net, the speed of transmission is steady, move smoothly and without noise.
6.Imported electrothermal control elements, accuracy high to control the temperature.
7.Imported digital-display adjusted temperature control elements control the temperature sensitivity.