Description
4in Baffle Trim For Canless Recessed DLD Slim Deep Regress Downlights | Bronze Finish For Residential & Commercial
Designed as a finishing accessory for Topaz DLD Slim Deep Regress canless downlights, this 4in bronze baffle trim delivers refined glare control and a clean recessed appearance while allowing fast field installation to refresh interiors with minimal disruption.
KEY FEATURES:
- Optimized Glare Control: Baffle reflector reduces direct glare for a softer visual appearance in living and working spaces.
- Sleek Finish: Bronze smooth trim provides a contemporary accent that complements residential and commercial interiors.
- Compact 4in Size: Fits Topaz DLD Slim Deep Regress canless downlight apertures for consistent recessed aesthetics.
- Sold Individually: Packaged for single-unit installation and stocked for flexible project needs.
APPLICATIONS:
- Ideal for residential recessed downlights in living rooms, kitchens, and hallways.
- Suitable for commercial spaces such as offices and hospitality common areas.
- Works well in retail fixtures and accent lighting installations to improve visual comfort.
- Usage Tip: Pair with Topaz DLD Slim Deep Regress downlight housings for proper fit and optimal glare performance.
SPECIFICATIONS:
- Product Code: DLD4B-TRIM-BZ
- Topaz by Halco SKU: T73700
- Manufacturer: Topaz
- Brand: Topaz
- UPC: 32886304095
- Technology: LED
- Size: 4in
- Trim Color: Bronze
- Trim Design: Smooth
- Market: Residential, Commercial
- Sold In Multiples Of: 1
- Inner Package Size: 1
- Master Carton Size: 48
- Weight Per Item (lb): 0.154
- Product Dimensions (L x W x H inches): 5.35 x 0.75 x 5.35
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Disclaimers
*This product typically ships in 2 to 3 business days. Larger quantities may take longer than the stated lead-time. All lead-times are estimates, and you will be notified by email if it will take longer than 5 business days to ship. Halco products ship directly from the manufacturer and require a combined minimum purchase of $150 in Halco merchandise. Multiple Halco items may be combined to meet the minimum.
