Product Overview
DHT‑ECO Led Linear Profile is a purpose‑built extrusion lampshade (LED strip light diffuser) designed for professional lighting installations. It is produced by plastic extrusion in a compact W15 × H20 mm profile and is available in PC or PMMA in foggy, clear, or milky white finishes. The product emphasizes a clean, functional appearance with reduced unnecessary elements and improved production technique from a dedicated R&D team.
Product Features
- Extruded plastic construction (PC/PMMA) tailored for LED strip diffusion.
- Standard compact dimension: W15 × H20 mm for easy integration.
- Multiple diffuser finishes: foggy, clear, milky white.
- High solarization/UV resistance for long-term optical stability.
- Manufactured with improved production techniques for consistent quality.
Product Value
The profile delivers uniform light diffusion and stable optical performance, extending fixture life and reducing maintenance costs. Its compact, professional appearance improves finished installations for retail, architectural, and commercial projects. Consistent extrusion quality and solarization resistance help ensure predictable results for business quality assurance and reduce warranty/repair risks.
Product Advantages
- Technical improvements from an experienced R&D team yield higher manufacturing consistency versus similar products.
- Robust materials (PC/PMMA) and anti‑solarization properties increase durability.
- Multiple finish options and exact extrusion dimensions simplify system design and integration with aluminum channels and lenses.
- Backed by a company with broad product lines and market understanding, enabling faster customization and reliable after‑sales support.
Application Scenarios
Ideal for wall‑wash and ceiling lighting, built‑in LED profile channels, decorative and architectural lighting, showcases and display cabinets, and bookshelf or cabinet lighting. Fits commercial, retail, hospitality, office and residential lighting projects where uniform diffusion, compact form factor, and long‑term optical stability are required.