Forest of Flowers
Forest of Flowers is a comprehensive flower shop offering remarkable worth in Kitchener's floral services. Forest of Flowers is one of the Three Best RatedĀ® Florists in Kitchener, ON.
Contact Business
Reviews
I would like to compliment Forest of Flowers for an excellent service and quality of flowers. It was delivered on time with the flower composition as ordered. Flowers were fresh and very nicely arranged. It was a gift for my sister. I live out of town, and was looking for flower delivery at my sister's city. Will definitely order again. Thank you!
Received beautiful Spring flowers that just keep blooming and surprising me each day. Quality is great. Roses have grown double the size and new lilies still blooming on day 6. Highly recommend!
Wonderful!! I went in to purchase fresh cut flowers to place in several different small vases to stretch out across the length of my dining room table for Thanksgiving. I wanted certain colours to compliment my table linens. The staff was very willing to accommodate me & the assortment of different types of mums they had were lovely, some I had never seen before. The flowers were so fresh I am still looking at them now, almost two weeks later!! I was able to send my daughters each home with with a small arrangement sharing with them the colours of autumn. Bravo Forest Of Flowers!! Joanne Byers.
Write a Review
$ Price :
Florist's Choice Daily Deal: $49.99
Artist's Inspiration: $99.99
Monthly Hand-Tied Bouquet Flower Subscription: $74.99
Sunflower Celebration with Happy Sunflowers, Orange Roses, Yellow Alstroemerias, White Mums and Yellow Asiatic Lilies: $74.99
One Dozen Red Roses: $69.99
Location / Contact:
- 725 Ottawa Street South, Kitchener, ON N2E 3H5
- Phone : (519) 742-7221
- EMail : wec***@f***.com
- Website : forestofflowerskitchener.com
Working Hours:
Mon-Fri: 9am - 6pm
Sat: 9am - 5pm
Sun: 11am - 3pm
TBRĀ® Inspection Report:
Nearby Florists in Kitchener:
-
CAMERONS FLOWER SHOP 683 Belmont Avenue West, ON N2M 1N8
-
JULIA FLOWERS 385 Frederick Street, ON N2H 2P2