100 feet 1.8mm Alabaster Window Blind Cord, String - Horizontal & Roman Shades

100 feet 1.8mm Alabaster Window Blind Cord, String - Horizontal & Roman Shades

USD 9.95 USD
SKU: pGpRrP1w
Condition: New

Diameter: 1.8mm Color: Alabaster This cord is used by professional manufactures and repair centers. 1.8 mm has 155 lb. tensile strength. Notes: This diameter cord is mostly used on Horizontal and Roman Shade Blinds. Polyester cord - resists effects of sunlight better than most other cords. All Cords are braided to minimize stretch and reduce friction. Please see image #2Says approximate in image #2 which means.Close to the actual, but not completely accurate or exact.We show image #2 as a guide to help you selectthe correct cord to repair your blind.Do not order this cord if you are looking to use on some other projectthat needs a exact cord. See all my Window Blind Replacement Cords A 15% restocking fee or more will be charged for returnsDepending on the condition when we receive.

Categories: Bedding

Specifications

Restocking Fee10%
Return Shipping Will Be Paid ByBuyer
All Returns AcceptedReturns Accepted
Item Must Be Returned Within30 Days
Refund Will Be Given AsMoney Back
MPNDoes Not Apply
Item Length100ft
MaterialPolyester
BrandDoes Not Apply
ColorAlabaster

Diameter: 1.8mm Color: Alabaster This cord is used by professional manufactures and repair centers. 1.8 mm has 155 lb. tensile strength. Notes: This diameter cord is mostly used on Horizontal and Roman Shade Blinds. Polyester cord - resists effects of sunlight better than most other cords. All Cords are braided to minimize stretch and reduce friction. Please see image #2Says approximate in image #2 which means.Close to the actual, but not completely accurate or exact.We show image #2 as a guide to help you selectthe correct cord to repair your blind.Do not order this cord if you are looking to use on some other projectthat needs a exact cord. See all my Window Blind Replacement Cords A 15% restocking fee or more will be charged for returnsDepending on the condition when we receive.

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