Still Stone
Kitchen resurfacing
3169 Clayton South
Australia
With years of rich experience in kitchen and bathroom renovations, Still Stone has become one of the most trusted and leading providers of granite marble and bathroom vanity units throughout Melbourne. We design a wide array of beautiful bespoke kitchens and bathrooms to add value to your dream home. We have built a strong and reliable reputation among our clients when it comes to delivering quality kitchens and bathrooms, on time and that’s too on budget-friendly prices.
Our Services:
Granite benchtop
Vanity top
Engineered stone benchtops
Stone table or cladding
Porcelain benchtop
Small bathroom vanities
Stone staircase
Marble fireplace
Porcelain splash back
Feature stone wall
Kitchen resurfacing
Why Choose Us?
Guaranteed completion date
100% quality assurance
Customized kitchen and bathrooms
Competitive pricing
Guides you every step of the way
No hidden charges
A team of experienced designers and interior architects
Our Experience:
Still Stone is building new kitchens as well as renovating old ones for many years. We are employing advanced Quantum Quartz and RHF Quartz Stone manufacturing process to give a superior finish to your home. Our hotshot team takes care of every detail from start to completion in your new kitchen. We have experienced in visualizing your dreams and therefore, we come up with a solution to suit your taste and needs.
Location We Serve:
We are offering our services in Melbourne. We have become the top choice of people who are looking for truly extraordinary kitchen designs.
Contact Us
Building a new home and looking for a reliable stone supplier in Melbourne? Are you a quartz stone enthusiast and need a stone ambassador to rebuild your kitchen and bathrooms? If so, don’t settle anything less, just call Still Stone at (03) 9558 4466 to seek help. You can email them at [email protected].
Visit - https://www.stillstone.com.au
Schreiben Sie einen Kommentar
comments powered by DisqusWeiteres im Umkreis
Landkarte
GPS Koordinaten
N0° 0' 0" E0° 0' 0"(0, 0)