High performance Skived LED Grow Light Heat Sinks – Lightweight Power, Maximum Thermal Performance
High performance Skived LED Grow Light Heat Sinks – Lightweight Power, Maximum Thermal Performance
**Engineered for the Future of Horticulture Lighting**
In the agricultural development based on greenhouse cultivation,High-quality and efficient plant lights are of vital importance. Skived process combine with the extrusion profile helping for LED grow light heat sinks redefines thermal management through **advanced skived technology**, paired with a purpose-built aluminum extrusion base that delivers an unprecedented **weight-to-cooling ratio**.
![]() | ![]() |
**The Skiving heat sink Advantage – No Joints, No Compromises**
Unlike bonded or stamped fin arrays, our skived-fin process starts with a single, monolithic block of high-grade aluminum. Precision blades **lift and form continuous solid fins** directly from the material — creating **uninterrupted heat paths** with zero interfacial resistance. The result?
- **Faster heat transfer** from LED light junction to ambient air
- **Elimination of solder/paste voids** that cause hot spots
- **Fins as thin as 0.3 mm** for dense surface area without bulk

**Lightweight by Design – Extruded Core, Skived Fins**
Here’s where innovation meets practicality:
We begin with a **custom aluminum extrusion profile** — not a standard billet. This extruded base is specifically contoured to:
- **Reduce raw material usage** by up to 35% vs. conventional skived blanks
- **Maintain structural rigidity** while allowing aggressive fin skiving
- **Enable tailored mounting interfaces** for popular LED boards.
The extrusion acts as the backbone; the skiving process then adds ultra-high-density fins **only where needed**, eliminating unnecessary metal from non-critical zones. The outcome is a heat sink that is **substantially lighter** than CNC-machined or die-cast alternatives — yet dissipates heat with equal or superior efficiency.
**Why Weight Reduction Matters in Grow Lights**
- **Lower shipping costs** – more units per pallet, less freight expense
- **Easier installation** – reduces strain on grow-tent rails, light movers, and motorized height adjusters
- **Better energy efficiency** – less mass to heat up means faster steady-state thermal response, extending LED lifespan
**Key Specifications at a Glance**
| Feature | Benefit |
| Skived Al1060 aluminum fins | Continuous grain structure for max thermal conductivity (≈200 W/m·K) |
| Extruded base with ribs & slots | Weight savings + integrated wire management / mounting options |
| Fin pitch down to 0.3 mm | High surface area in compact form factors |
| Custom lengths & heights | Tailored to 100W – 1000W+ LED fixtures |
| Anodized or black coating | Corrosion resistance & enhanced radiative cooling |
**Partner with Us**
Whether you’re designing a commercial vertical farm array or a boutique craft-grow light, our engineering team will work with your thermal targets, airflow constraints, and dimensional envelopes. We offer:
- **Rapid prototyping** (skived samples in 7–15 business days)
- **Full DFM support** – Design for Manufacturability
**Go Lighter. Run Cooler. Grow Stronger.**
Request your thermal simulation report and sample kit today.
*Skived process. Extruded efficiency. Engineered for the harvest ahead.*
PREVIOUS:
Online Message
Any interest in Vansim.
We'll be appreciate and serve you wholeheartedly , Want to learn more about what we do, have questions or need a quote?





