Mary H. Palmerton

Associate Real Estate Broker

Photo of Mary H. Palmerton

Mary H. Palmerton
Associate Real Estate Broker

At a glance

My Communities
Mount Kisco, Bedford, Pound Ridge, Katonah, Lewisboro, North Salem, South Salem, Somers

About me

A Bedford native, Mary is a well known face in the area. Having resided in Mount Kisco since 1991, she is extremely knowledgeable about every nuance of the surrounding communities. A consummate Real Estate professional, Mary is a recipient of MLS "Platinum, Gold and Silver" awards and is a seasoned Associate Broker working with both buyers and sellers. As the mother of twin sons, she is a great resource in helping families navigate the real estate market. Raised in Bedford Village in the midst of a large clan, Mary has deep roots in the community and served on the Mount Kisco Chamber of Commerce, the Fox Lane Parents Association and the Fox Lane Sports Booster Club. Mary graduated from John F. Kennedy High School in Somers and Fairfield University in Connecticut and had a 16 year career in textile sales in New York City's garment district prior to her 19 years in real estate. A 2019 Platinum Award recipient, Mary's area of expertise includes: Bedford, Mount Kisco, Chappaqua,Pound Ridge, Katonah, Somers, South and North Salem.

Professional Awards & Achievements

Recipient of Platinum, Gold and Silver Designations by Houlihan Lawrence

Professional Associations & Designations

Member of New York State Association of Realtors Member of Empire Access Multiple Listing Service, EAMLS Member of National Association of Realtors, NAR, Senior Real Estate Specialist (SRES)

Community Involvement

Past Secretary of the Fox Lane Sports Booster Club, Member of the Ladies Ancient Order of Hibernians Mount Kisco

Personal Interests

Landscape Design, 

Cooking

 

Real Estate Expertise

Mary has been working in Real Estate for 19 years serving Mount Kisco,  Chappaqua, Bedford, Pound Ridge, Katonah, Somers, North and South Salem. 

Education

Graduated Fairfield University, BA Economics