Electroplating

Highly resistant lighting solutions for electrochemical processes and aggressive atmospheres

Extreme conditions for lighting systems prevail in electroplating plants: High humidity, aggressive chemicals, vapors from acids, alkalis or salts quickly attack normal luminaires. Our LED luminaires - especially from the PRO LINE - have been specially developed for these requirements and guarantee long-lasting and safe lighting in corrosive industrial environments.

The luminaires have chemical-resistant housings and seals, work reliably at high ambient temperatures and offer uniform, glare-free light distribution. Perfect for electroplating lines, chemical baths, rinsing areas or plant technology.

Electroplating

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Luminous flux
lm lm
Luminous efficacy
lm/W lm/W
Length
mm mm
Protection class
Color temperature
K K
Dimming/Control
Beam angle
° °
D marking
Supply voltage
Through-wiring
Outdoor area
Vandalism protection
Animal husbandry
Multi-Lumen
IP protection class
IK Impact resistance
Temperature range
°C °C
Line protection B16A
luminaires luminaires
Line protection C16A
luminaires luminaires
Surge voltage resistance L/N-PE
Rated voltage / frequency
Emergency lighting suitability
Interchangeability of operating device
Interchangeability of light source
REMADE Score
% %

Typical challenges & our solutions

  • Chemical exposure: Enclosures made of corrosion-resistant materials (e.g. stainless steel with extremely high quality (e.g. 1.4571) or plastics with a high degree of protection)
  • Moisture & steam: High protection classes (min. IP65/IP66/IP68), gas-resistant versions with special PRACHT double absorber technology.
  • Temperature change & condensation: special sealing and thermal management
  • Durability: long service life of electronics and LEDs despite aggressive environments ensure maximum safety
  • Safe working: Homogeneous light distribution for precise visibility in sensitive processes

Our luminaires are ideally suited for use above electroplating tanks, in rinsing zones or technical intermediate levels. The combination of robustness and energy efficiency makes them the perfect solution for electroplating systems.