United Public Adjusters & Appraisers, Inc.

United Public Adjusters & Appraisers, Inc. is a trusted loss adjuster based in Midtown Manhattan, serving clients across New York City. With a focus on professional expertise and reliability, the company specializes in evaluating and managing claims related to property damage, insurance adjustments, and appraisal services. Located at 13402 Cross Bay Blvd # 2 Ozone Park, NY 11417, the firm is dedicated to delivering accurate assessments that align with industry standards and client needs.

As a leading loss adjuster in New York City, United Public Adjusters & Appraisers, Inc. emphasizes professionalism in every interaction. The company operates under the principle that timely and precise evaluations are critical to resolving insurance claims efficiently. With 4.9/5 ratings reflecting client satisfaction, the firm’s commitment to excellence is underscored by its 24/7 availability, closing at 11:59 PM to accommodate urgent requests. This dedication ensures that clients receive prompt attention without compromising on quality.

Located in Ozone Park, the firm maintains a strong presence in Midtown Manhattan, leveraging its expertise to serve a diverse clientele. United Public Adjusters & Appraisers, Inc. is uniquely positioned to handle complex claims with precision, guided by its team of seasoned professionals. The company’s address, 13402 Cross Bay Blvd # 2, is a testament to its operational efficiency and accessibility. By prioritizing professional standards, the firm ensures that every assessment meets the highest benchmarks for accuracy and reliability.

With a mission to deliver trusted solutions, United Public Adjusters & Appraisers, Inc. remains a cornerstone of integrity in the loss adjustment industry. The firm’s commitment to client-centric service is evident in its operations, from initial consultations to final evaluations. By adhering to strict protocols and maintaining a professional demeanor, the company ensures that every client receives personalized attention and dependable results.