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FAGERDALA DEUTSCHLAND GMBH

Overview
  • Total Patents
    68
About

FAGERDALA DEUTSCHLAND GMBH has a total of 68 patent applications. Its first patent ever was published in 1996. It filed its patents most often in Germany, EPO (European Patent Office) and WIPO (World Intellectual Property Organization). Its main competitors in its focus markets machines, surface technology and coating and machine tools are FITS HOLDING BV, CUTTING DYNAMICS INC and DURAKON IND INC.

Patent filings per year

Chart showing FAGERDALA DEUTSCHLAND GMBHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bruning Juergen 46
#2 Ziegler Maik 44
#3 Lang Eberhard 18
#4 Wacker Kai 11
#5 Hofmann Knut 9
#6 Jahnke Ruediger 6
#7 Nystroem Peter 5
#8 Sikorski Gerd 5
#9 Willi Oskar L 4
#10 Bruning Jurgen 4

Latest patents

Publication Filing date Title
DE10341299A1 Light concrete used in building and road construction contains polymer particles, cement and expanded graphite
DE10341298A1 Foam particles with flame retardant properties produced by incorporating expanding graphite into a thermoplastic polymer matrix by extrusion, e.g. useful for packaging, insulation or automobile parts
DE10328896A1 Molded or flat plastic foam composite component manufacture involves heating foamed particles, fibers and granulated recycled material in a tool to consolidate
AU2003250844A1 Method for producing parts from high-grade lignocellulose fiber-filled thermoplastics
DE10327741A1 Swiveling vehicle sun visor manufacture involves heating extruded polypropylene foam sheet to a specific temperature, press molding while applying vacuum and cutting shells from sheet
DE10324363A1 Stacking aid for vehicle tires to prevent collisions at a race track comprises a pliable connection formed as a core which grips the holes of stacked tires determined by the rims and/or formed by a sleeve of the tire stack
DE10313495A1 Forming plastic hollow shapes, e.g. for air ducts, involves drawing pre-heated sheets to permeable tool walls by suction and then closing tool to seal edges
DE10310510A1 Method for producing solid or hollow spools for foil and continuous sheet materials, comprises a combination of plant particles with a plastic material
DE10253824A1 Metallizing of composite surfaces involves covering substrate of thermoplastic with high proportion of wood fiber filling, using metallic layer
DE10253825A1 Reinforced foam composite finished or semi-finished product manufacture involves thermoforming and/or hot press molding of a plastic reinforcing layer onto a foamed component based on a similar polymer
DE10240605A1 Coating thermoplastic foam mouldings with metallic layers, comprises controlling the thermal capacity of the particles or droplets that are used for coating
DE10240606A1 Composite particle foam product manufacture involves shrinkage of a heated plastic film onto a molded particulate foam product
DE10231567A1 Tool for molding components from foamed particles includes three-dimensional surfaces made by weaving or other textile process
DE10231569A1 Process control, e.g. for foamed particle molding, uses limits on measurements at a particular point within each cycle to initiate control action
DE10231266A1 Monitoring procedures for production machines
DE10229984A1 Panel for building saunas comprises polypropylene foam core with cover layers on either surface
DE10229983A1 Thermoplastic foams with nanostructured fillers and process for their production
DE10229985A1 Garage door consists of a compound material with a core layer of polypropylene foam and at least one wood, wood-fiber, metal or plastic cover layer
DE10228191A1 Production of formed parts from thermoplastic with a high wood fibre content, e.g. hat racks, door panels or sports equipment, involves processing the plastic-fibre mixture in an extruder and compression-moulding the extrudate
DE10222458A1 Component made of foamed particles for sound absorption involves irregular shaped particles to produce high pore volume