Xt-F03 High Voltage Electrostatic Flocking Machine Flocking Spray Gun

• After-sales Service: 12 Months
• Warranty: 12 Months
• Flocking Process: Nozzle Flocking
• Control Method: Manual
• Voltage: 110/220V
• Certification: CE
• Model NO.: XT-F03
• Hv Cascade Voltage: 12V
• Type: Electrostatic Spraying Equipment
• Application: Plastic Spraying Equipment
• Coating: Powder
• Method Type: Manual
• Condition: New
• Transport Package: Wooden Case, Carton, Foam, Seal
• Specification: CE
• Trademark: WANXIN
• Origin: Hangzhou, China
• HS Code: 84243000
• Production Capacity: 1000 Sets Per Week

Product Description

Product name: Electrostatic flocking spraying machine with flocking gun
Model: XT-F03

Working Principle
the fluff in the stainless steel barrel is sprayed by the squirting gun under the agitation of the high-pressure airflow, and the amount of velvet is adjustable. After the fluff in the barrel is used up, the flocking machine should be closed, and the fluff should be added before continuing production. Mainly used for the production of manual production lines.

Scope of application:
It is suitable for flocking of complex workpieces with a length of 2mm or less (mainly used for car storage boxes and deep grooved workpieces).

it can be implanted in the electrostatic powder coating sense of the pile, flocked to the substrate complex shape is easy. it can be flock on Car interiors, auto motive parts, blister boxes, Jewelry boxes, Shoes, Hangers, Animal models and so on.

The main parameters:
 

Model No.:	XT-F03
Output high voltag	Max.100KV
Output current	100uA
power	150W
Flocking area	no limit
fluff length	≤ 2mm
Packing size	48.5x47x59cm
N./G.W.:	26/30kgs

An electrostatic flocking system having a supply hopper for controllably entraining flock fibers within a propelling air stream, and for feeding the entrained fibers to an electrostatic flocking gun. The fibers and propelling air pass through the gun and into a nozzle at the front of the gun having an elongated forwardly open chamber. An elongated electrode is carried within the nozzle chamber and is coupled to a suitable electric power source for electrostatically charging the fibers and for directing them forwardly over the entire length of the chamber toward the surface of an article being coated.