Three Types of New LED Products from PIAA: 'LED Bulb for Genuine Replacement HID', 'Genuine LED Fog Light Bulb', and 'ECO-Line LED Series'

Key facts

  • Three Types of New LED Products from PIAA: 'LED Bulb for Genuine Replacement HID', 'Genuine LED Fog Light Bulb', and 'ECO-Line LED Series'
  • PIAA announced new LED products, including the 'LED Bulb for Genuine Replacement HID', which achieves a brightness of 10000lm and uses a W heat pipe for stability. They will be available in April 2026.
  • Source: PR Times
  • Date: April 1, 2026

Direct answer

PIAA announced new LED products, including the 'LED Bulb for Genuine Replacement HID', which achieves a brightness of 10000lm and uses a W heat pipe for stability. They will be available in April 2026.

Citation
Three Types of New LED Products from PIAA: 'LED Bulb for Genuine Replacement HID', 'Genuine LED Fog Light Bulb', and 'ECO-Line LED Series' (April 1, 2026), PR Times
Source
PR Times
Date
April 1, 2026
PIAA announced new LED products, including the 'LED Bulb for Genuine Replacement HID', which achieves a brightness of 10000lm and uses a W heat pipe for stability. They will be available in April 2026.
新製品NQ 54/100出典:PR Times

📋 Article Processing Timeline

  • 📰 Published: April 1, 2026 at 18:24
  • 🔍 Collected: April 1, 2026 at 10:15
  • 🤖 AI Analyzed: April 22, 2026 at 04:35 (498h 19m after Collected)
## LED Bulb for Genuine Replacement HID

Improved brightness stability with a W heat pipe!

- Achieved a brightness of 10000lm! *Value for 2 bulbs (for 1 vehicle)
- Lined up in 2 types: D2S (HM601) and D4S (HM602)
- Releasing in April 2026

## HM601 (D2S Type)

- Package: HM601
- Bulb: HM601

## HM602 (D4S Type)

- Package: HM602
- Bulb: HM602

FAQ

How bright are PIAA's new LED bulbs?

They achieve 10,000 lumens (lm) per vehicle (2 bulbs).

Which headlights is this product compatible with?

It is compatible with two types of original HID headlights: D2S type (HM601) and D4S type (HM602).

What measures are taken to stabilize brightness?

The 'W Heat Pipe' is adopted to efficiently dissipate heat, preventing brightness degradation and improving stability.