Slate roofing
Natural slate selected and laid for the architecture, with disciplined coursing, durable flashings and carefully resolved transitions.
Office (203) 762-7017
WILTON, CONNECTICUT · FAIRFIELD COUNTY & BEYOND
Architectural roofs. Built as designed.
Slate, architectural metal and specialized waterproofing for demanding homes and buildings.
EXPLORE OUR WORK
Roofing, by material.
CORE CAPABILITIES
Materials are only the beginning.
The lasting quality of a roof is decided at its valleys, walls, penetrations, transitions and fabricated details. That is where experience becomes visible.
Architectural metal
Standing-seam copper, zinc and aluminum, plus custom gutters, valleys, cornices and one-off fabricated details.
Kemper waterproofing
Liquid-applied assemblies for terraces, complex transitions and conditions where conventional roofing is not enough.
ALSO INSTALLED
Cedar shingles & shakes · Ludowici roofing · EPDM · Asphalt shingles · Exterior sheet metal
THE MAULTZ STANDARD
Built once.
Built with intent.
For more than three decades, architects, builders and homeowners have brought us into projects where the roof is technically difficult, visually important or both.
- Craft firstExperienced hands, careful sequencing and clean custom fabrication.
- System thinkingEvery roof is treated as a complete water-management assembly.
- Clear responsibilityDirect communication from investigation through completion.
WHERE WE WORK
Fairfield County is home.
The work has taken us farther.
Our core work is in Greenwich, Darien, New Canaan, Wilton and the surrounding area. Specialized assignments have also taken Maultz Construction to New York City, New Jersey, Martha’s Vineyard, Cape Cod, Florida, Texas and beyond.
TRAINING, SYSTEM EXPERIENCE & MATERIAL KNOWLEDGE
KEMPER SYSTEMMULE-HIDELUDOWICICEDARSLATECOPPER
START A CONVERSATION
Bring us the roof that needs careful thought.
Tell us about the property, the existing conditions and what the project needs to accomplish. We’ll help define the right next step.
Tell us about your project