C1500 Series 5% Openness PVC Polyester Sunscreen Fabric

Applications

Product Description

APUTEX C1 Series high-performance sunscreen fabric is a professional solar screen mesh tailor-made for large commercial roller blind fabric projects, covering four complete item codes C1501 to C1504 with a fixed 5% openness factor ideal for office and hotel window shade fabric installation. This premium sunscreen fabric is blended with 30% polyester and 70% PVC, forming a tight, stable solar screen mesh that avoids sagging after long-term use, a core advantage that distinguishes our roller blind fabric from lightweight generic alternatives.

This window shade fabric features a solid 470g/m² mesh weight and thin 0.65mm thickness, balanced with a fine 0.42×0.42mm yarn diameter and 36*34 mesh count per inch, delivering uniform light filtration without compromising privacy. The sunscreen fabric supports three finished width sizes (200cm, 250cm, 300cm) and follows a standard 35-meter roll packing standard, greatly improving cutting efficiency for mass production of roller blind fabric.

Boasting 95% anti-ultraviolet performance, this solar screen mesh blocks most harsh solar radiation to protect interior furniture and reduce indoor cooling costs. In color stability, the window shade fabric reaches Grade 4.5 color fastness tested under AATCC 16-2003 standards, resisting fading under long-term direct sunlight. For public building safety, the sunscreen fabric passes the NFPA701 fire classification standard from the United States, fully compliant with safety requirements for commercial space roller blind fabric.

Constructed with precise weaving technology, this solar screen mesh maintains consistent texture across every roll. For global shade suppliers seeking durable, certified window shade fabric for engineering orders, PUTEX C1 Series sunscreen fabric integrates balanced density, reliable UV resistance and US fire safety certification, serving as a cost-effective bulk supply choice for all kinds of commercial roller blind fabric projects worldwide.