JELD-WEN® Doors

Interior, exterior, and specialty doors—made to order. We offer JELD-WEN through special order, built to your specifications in the styles and configurations you need.

Why JELD-WEN?

  • Interior and exterior solutions: molded panel, flush, shaker, craftsman, French-lite, and louver.
  • Material choices: wood and MDF interiors; fiberglass & steel exterior entry systems.
  • Available as prehung units or slabs, plus bifold, barn, pocket, and patio door configurations.
  • Multiple sticking profiles, panel details, glass lite patterns, sidelites & transoms.
  • Performance options on select models: fire-rated, impact, and sound-reducing packages.
What door styles & configurations can I order?

Choose from Molded Panel (smooth or textured), Flush, Shaker/Craftsman, French-lite, Louver, and Exterior Fiberglass/Steel Entry series with optional sidelites and transoms. Order as prehung units or door slabs, plus bifold, barn, pocket, and patio door configurations sized to your opening.

How do the JELD-WEN product families differ?
  • Molded Panel — classic raised or recessed looks; smooth or woodgrain textures.
  • Solid-Core — denser cores for a substantial feel and improved sound control.
  • Flush & Shaker — clean, modern profiles with simple lines.
  • French & Glass — clear, frosted, and decorative lite options across interior and select exterior series.
  • Exterior (Fiberglass/Steel) — durable skins, energy-efficient packages, and weather-resistant construction.
Finishes & edge details

Most interior doors arrive primed & paint-ready; select lines offer factory finish options. Exterior fiberglass/steel systems can be ordered in factory finishes or stainable fiberglass skins. Choose sticking profiles, panel designs, and glass to match your trim. Jamb, hinge, and bore prep follow your spec.

Glass & performance options

Clear, frosted, and decorative glass available on many designs, plus privacy and impact-resistant options where applicable. Ask about fire-rated and sound-reducing packages for qualifying models.