Acrylic Coated Roller Blind Fabric

Description

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Blackout roller blind fabric combines a woven polyester base with a double-sided acrylic coating for residential and commercial window coverings. The 300D*600D construction provides a blackout fabric for roller blinds, with a choice of wide roll sizes and colours matched to Pantone C or U cards.

MATERIAL ADVANTAGES:

• Double-sided blackout coating: Acrylic-coated polyester for blackout roller blind production.
• PVC-free composition: The material is also free of formaldehyde and halogen, as specified in the datasheet.
• Wide-roll selection: Choose from the listed roll widths to match the finished blind dimensions and cutting layout.
• Colour matching: Customised colours based on Pantone C or U cards help coordinate blinds with interior schemes.
• Fabrication options: Ultrasonic, cold, crush and knife cutting are listed for fabric conversion.
• Fabric warranty: Five-year fabric warranty.

TECHNICAL DATASHEET:

APPLICATIONS AND ORDERING:

Use blackout roller blind fabric for window coverings in homes and commercial properties. When planning production, match the roll width to the blind dimensions and specify the colour, cutting method and quantity. For a quotation, send your preferred width, Pantone colour reference, order quantity and destination.

Request blackout roller blind fabric samples or a quotation for your window covering project.

COATING AND ACOUSTIC PERFORMANCE:

Blackout roller blind fabric is the most popular and commonly used in property and business. In general, these fabrics are generated by coating the acrylic blended content, that’s recognized by their ultraviolet properties, on to polyester woven fabrics. With this research, to be able to characterize the seem insulation homes of roller blind fabrics, coating resin acquiring distinct ratios of acrylic are used onto different polyester woven constructions. Audio absorption homes of those fabrics (back and front sides) are measured via dual microphone impedance tube and investigated by statistical analyses. Regression curves are attained and ideal material qualities on sound absorbing residence are prompt. As being a result, acrylic content in coating substance, fabric kind, and viol constructions occurred by coating course of action around the woven cloth are discovered as efficient parameters on audio absorption qualities of these materials. Escalating acrylic articles while in the resin around 40% increases the audio absorbing benefit but further more escalating this ratio yields audio reflection in the composition, in general. Ideal seem absorption and reflection values are furnished with 40% acrylic level in coating mixture.