Product Specifications
Colour Name
Pyrite LF
Type
Light Filtering
Composition
100% Polyester
Daytime Privacy
Nighttime Privacy
Energy Efficiency
Width
min: 600mm / max: 4800mm
Drop
min: 900mm / max: 3300mm
Cleaning
Products that use this fabric
Balmoral LF
Pyrite LF
From $91.00
Elegant Panel Glide Blinds for Wide Windows Diffuse Light and Ensure Privacy
The Balmoral Pyrite Light Filtering Blind is an ideal choice for cohesive styling in shared spaces, perfectly complementing its blockout counterpart. Made from 100% polyester and stiffened with acrylic, it diffuses natural light while ensuring daytime privacy. With a width of 3,000mm, a weight of 220gsm, and a thickness of 0.55mm, this fabric offers a visual light transmission of 39% and meets EN 410 and EN 14501 standards for solar performance. It boasts a Blue Wool Scale light fastness of ?5 and is flame retardant to the Building Code of Australia (Class 2 to 9), making it suitable for both residential and commercial settings. Perfect for roller, Roman, and panel blinds, this fabric is easy to maintain with light cleaning. It is particularly effective for wide windows and sliding doors, offering smooth operation and a contemporary appearance. The sliding panel system provides excellent light control, UV protection, and privacy, and is compatible with blockout, sunscreen, or light-filtering fabrics. Key features include a track-mounted design, wand or motorised operation, and coordinated fabric ranges, making it a versatile window treatment option for homeowners, designers, and specifiers seeking interior shading with a minimalist design and thermal efficiency.
Product FAQs
View all FAQsUnfortunately, DIY Blinds doesn’t currently sell outdoor blinds.
Yes, we can connect you with expert help to measure and install your window furnishings for the perfect finish. This service is provided by our trusted third-party installation partner, who can accurately measure your windows, offer guidance if needed, and professionally install your chosen window coverings. Book a Check Measure here."