H127BY-140 is a linen-look upholstery textile developed with a 140gsm face layer and a 120gsm nonwoven backing for a documented total weight of 260gsm. Its natural textile appearance and black yarn detail make it suitable for dining chair seat pads, cushion covers, decorative furniture panels, and light upholstery projects. Confirm the yarn pattern, surface process, color, hand feel, usable width, composition, and final application on a physical sample.
Why source H127BY-140
- Black yarn is carried in the face construction, so the pattern comes from the yarn itself rather than a printed or embossed finish.
- The documented 260gsm total weight places it among the lighter qualities in this series.
- The 120gsm nonwoven backing adds structure for cushion and seat pad cutting.
- Dining chair seat pads, cushion covers, and decorative panels all fall inside the recorded application range.
Verified Source Specifications
Fit and Confirmation Boundary
The available records confirm the linen series, the 140gsm face weight, the 120gsm nonwoven backing, and the 260gsm total weight. They do not state the usable width, fiber composition, abrasion resistance, colorfastness, or other performance properties, and they do not describe the exact black yarn pattern. The record comes from the series brochure only, with no quotation table entry, so width and price must be confirmed. Confirm all open points through physical sampling and quotation before publication or bulk production.
Common Questions
What is H127BY-140 best suited for?
It is suitable for dining chair seat pads, cushion covers, decorative furniture panels, and light upholstery projects requiring a natural linen-look appearance.
What does BY mean in the model number?
BY stands for Black Yarn. The yarn is worked into the face construction rather than applied as a finishing process. The exact pattern should be confirmed against the physical sample.
What information is needed for a quotation?
Please provide the required color, quantity, destination, target application, usable width, and performance requirements.