Greener Lawn Supplies
Professional Services Sydney 42 views Reference: 525Location: Sydney
Price: Contact us
We offer DNA certified Sir Walter Turf Sydney. Hi quality, direct from the grower, professional advice & 6 days delivery Sydney & surrounds.
Why Choose Sir Walter Turf?
Sir Walter DNA Certified is a patented variety of soft-leaf buffalo grass that was developed in Australia. It was first introduced in the early 1990s and has since become one of the most popular grass varieties in the country. The grass was named after Sir Walter Raleigh, a famous English explorer who was credited with introducing tobacco and potatoes to Europe. The name was chosen to reflect the grass’s ability to adapt and thrive in different environments, just like Sir Walter Raleigh did during his travels.
There are many reasons why Sir Walter DNA Certified Buffalo turf is the preferred choice for many Australians. Firstly, it is a low maintenance grass variety that requires minimal watering and mowing. This means you can save time and money on lawn care while still enjoying a beautiful and healthy lawn. Sir Walter Grass has a dense growth habit that allows it to out-compete weeds and other unwanted plants, reducing the need for herbicides.
Secondly, Sir Walter turf Sydney is drought-tolerant, making it perfect for Australia’s harsh climate. It can survive prolonged periods of drought without losing its lush green appearance. This is a significant advantage, especially in areas that experience water restrictions during the summer months. Sir Walter Grass requires less water than most other turf grass varieties, making it an environmentally friendly choice.
Thirdly, Sir Walter turf has excellent shade tolerance, making it ideal for properties with trees or buildings that cast shadows on the lawn. Unlike many other grass varieties that struggle in the shade, Sir Walter Grass can thrive in partial shade conditions. This is an important consideration for properties that have shaded areas, as it can be challenging to find a grass variety that can grow in these conditions.