Description
- PERFECT FOR ALL TYPES OF DOORS - Premium quality steel that fits perfectly onto both interior and exterior doors. The thick base plate of the handle will cater to all types of doors including wood, aluminum and glass. Fitting with ease onto doors that are either 35-40mm or 40-45mm in thickness. A flush finish design and neutral color bring less headaches when choosing a handle for your sliding door.
- WIDE APPLICATION - The versatility of the Harwoods Carter sliding barn door handle means it can be used in a wide variety of different environments from: sliding closet doors, living room dividing doors, cellars and garden sheds. The neutral shape and color of the hardware makes it truly universal, regardless of the color or finish of your door.
- COMFORTABLE GRIP - With a spread of 1.9 inches by 6.4 inches, the large handle space makes it easier to grip than other handles, which have a far smaller spread space. The professional build quality allows for complete peace of mind when operating, and with rounded edges no injuries will arise while using the handle.
- MULTI PURPOSE – Whether it’s for wood, glass, or aluminium sliding barn doors, the Harwoods Carter sliding barn door handle can be attached with ease and work to any and all aesthetic tastes.
- MULTI-ENVIRONMENTAL – Inside, outside, cold or moist, our handles are built for long life in whichever home environment they will be used. Not all barn door handles are manufactured to perform in all climates or environments, ours are.
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Included in the set: the heavy duty bar, recessed pull plate, two attachment lugs, two screws, two wrenches, and easy to follow installation instructions. Made from high quality carbon steel, you can rest assured that once the handle is affixed it will perform to the highest possible expectations of longevity in nearly all domestic environments. With sliding doors, a pull and flush set eliminate the need for having to make space for two handles to fit flush on the wall, eliminating installation time, material waste, and the possibility of human error.