2 x 135W Photography Light Bulb 5500K E27 Socket CFL Softbox for 2 Pack



Product Details

  • Brand: AQIRUI
  • Light Type: CFL
  • Special Feature: Energy Efficient
  • Wattage: 135 watts
  • Bulb Shape Size: B9
  • Bulb Base: E27
  • Incandescent Equivalent Wattage: 200 Watts
  • Specific Uses For Product: Photography
  • Light Color: Cool White
  • Voltage: 110 Volts
  • Unit Count: 2 Count
  • Color Temperature: 5500 Kelvin
  • Number of Items: 1
  • Brightness: 6000 Lumen
  • Shape: Bulb
  • Material: Aluminum
  • Connectivity Technology: Normal bulb
  • Indoor/Outdoor Usage: Indoor
  • Controller Type: Push Button
  • Included Components: Package Box
  • Power Source: Corded Electric
  • Color Rendering Index: 85
  • Frequency: 6E+1 Hz
  • Beam Angle: 30 Degrees
  • Power Consumption: 135 Watts
  • Item Package Quantity: 1
  • Light Source Type: Fluorescent
  • Item Weight: 16 ounces
  • Light Source Wattage: 85 Watts
  • Product Dimensions: 3"W x 9.5"H
  • Accepted voltage frequency: 100 to 120 Volts and 60 Hertz
  • Control Method: Touch
  • Average Life: 8E+3 Hours
  • White Brightness: 6000 Lumens
  • Efficiency: Energy Saving
  • Manufacturer: Aqirui
  • Item Weight: 1 pounds
  • Item model number: CFL004
  • ❤【80% Energy Saving Bulbs】:2 x 135W 110V CFL bulbs, with a standard E27 socket, the total output is equivalent to 800W ordinary incandescent bulb, 5500k color temperature. You can feel the daylight even in a dim environment, providing a good photographic environment.
  • ❤【 Super Bright】:CFL light provides a brightness of 6000 lumen. 5500K daylight cool white light. No blind spots, No flicker.
  • ❤【 E27 Standard Socket】:Fit on to any E27 standard socket, each 135W bulb length: 9.5 inch, diameter: 3 inch
  • ❤【 Long Lifespan】: Low operating temperature, service life of about 8000 hours. Quality aluminum structure has rapid heat dissipation without sacrificing illumination power.
  • ❤【 Professional shockproof packaging】:Professional designers designed the inner foam packaging, to avoid the risk of damage in the transport process.