Ranked #110 in San Francisco

Alexanders Decorative Rugs

Guide Score: 17/100
Verified April 18, 2026

Alexanders Decorative Rugs offers contracting services throughout San Francisco, CA and the surrounding region. Reach them at (415) 626-8430 or email richard-habib@alexandersrugs.com. Visit their website to learn more about their work. Located at 2 Henry Adams St Ste 330.

How We Scored Alexanders Decorative Rugs

Google Rating
N/A/5 → 0/25 pts
Review Volume
0 reviews → 0/15 pts
Credentials
None listed → 0/20 pts
Press Recognition
0 mentions → 0/15 pts
Web Presence
11/10 pts
Experience
N/A → 0/10 pts
Profile Completeness
6/5 pts

Key facts

Based in
San Francisco, CA
Address
2 Henry Adams St Ste 330
Website
Phone
(415) 626-8430
Email
richard-habib@alexandersrugs.com
Budget tier
Contact firm

Frequently asked questions

What is Alexanders Decorative Rugs's ranking among general contractors in San Francisco?
Alexanders Decorative Rugs is ranked #110 in San Francisco with a Guide Score of 17/100. This score is based on Google reviews, professional credentials, press recognition, portfolio quality, and experience.
What services does Alexanders Decorative Rugs offer?
Alexanders Decorative Rugs's specific services are not yet catalogued in our directory. Contact the firm directly for their current service offerings.
What is Alexanders Decorative Rugs's typical project cost?
Cost information for Alexanders Decorative Rugs is not published in our directory. Contact the firm directly at (415) 626-8430 for a project-specific quote.
Where is Alexanders Decorative Rugs located and what areas do they serve?
Alexanders Decorative Rugs is based in San Francisco, CA. Their broader service area is not published; confirm with the firm before engaging for work outside the metro.
How do I hire Alexanders Decorative Rugs?
To hire Alexanders Decorative Rugs: Visit http://www.alexandersrugs.com to review their work, or call (415) 626-8430, or email richard-habib@alexandersrugs.com. Most contractors ask about scope, timeline, and budget range before scheduling an estimate.