ClassID:

36817

B05C19/025 - CPC Classification

Classification description:

Apparatus specially adapted for applying particulate materials to surfaces using fluidised-bed techniques Combined with electrostatic means

Recent Application in this class:
#1
20260061432
2026-03-05

METHOD FOR SEPARATING A MIXTURE OF GRANULES VIA THE TRIBOELECTRIC EFFECT

#2
20250073746
2025-03-06

BATTERY ELECTRODE MATERIAL COATING DEVICE

#3
20240415764
2024-12-19

Wound dressing

#4
20240200230
2024-06-20

Radially cross-aligned nanofiber membrane

#5
20220106711
2022-04-07

Radially cross-aligned nanofiber membrane

#6
20210230774
2021-07-29

Method and apparatus for controlling fiber cross-alignment in a nanofiber membrane

#7
20210002789
2021-01-07

Method and apparatus for fabricating a multifunction fiber membrane

#8
20210002788
2021-01-07

Method and apparatus for accumulating cross-aligned fiber in an electrospinning device

#9
20200238330
2020-07-30

Device and method for coating of a metallic strip substrate on one side and/or on both sides

#10
20180085781
2018-03-29

Coating apparatus and method

#11
20160074900
2016-03-17

Powder coating apparatus including a unit that charges and fluidizes a thermosetting powder coating material

#12
20150321218
2015-11-12

Coating apparatus and method

#13
20150114288
2015-04-30

Charged powder supply device

#14
20080171135
2008-07-17

Method and apparatus for powder coating stator stacks

#15
20060062929
2006-03-23

Tribostatic fluidised bed powder coating process

#16
20060057390
2006-03-16

Apparatus and process for forming a powder coating on a substrate using a fluidised bed and tribostatic charging of the powder coating composition

#17
20050069652
2005-03-31

Method for coating an object with a film and equipment therefor

#18
20050037151
2005-02-17

Method and apparatus for powder coating hollow objects

#19
16460589
2020-05-05

Method and apparatus for accumulating cross-aligned fiber in an electrospinning device

#20
14321421
2015-10-27

Device and materials fabrication and patterning via shaped slot electrode control of direct electrostatic powder deposition