Urban Turf Bayside 35 2018-09-20T08:09:42+12:00

Project Description

Urban Bayside 35mm

Urban Turf Bayside 35  is one of newer products. Using a two tone yarn and featuring UV protected polyethylene mono-filament yarn which provides a durable and hassle free lawn. Urban Turf Bayside is suitable for commercial and landscape applications. If 35mm is to short then we have the same yarn system in our 50mm product, Bayside 50. Bayside 50 is unique in the New Zealand market and the most plush product available to you.


Proving to be one of our most popular products, Urban Bayside 35 has a lush 35mm pile giving a lush real lawn look. Using state of the art UV protected polyethylene mono-filament yarn, it provides a durable and hassle free lawn and is suitable for commercial and landscape applications.

Case Studies


Quality: Tufted cut pile Landscape/Commercial Turf

Pile Content: 100% Homo-Polymer, Polyethylene and U.V. Protected

Yarn Type 1: Multi ended, 10,000 Decitex Monofilament, Polyethylene Dual Green/Green/Tan Txt PP

Primary Backing: 100% Woven Polypropylene, U.V. Protected, 141 gms

Secondary Backing: Maximum Water Resistant and Ultra Bonding Strength Latex

Pile Height: 35mm

Pile Length: 77mm

Pile Gross Weight: 1437 g/m2

Secondary Coating Weight: 800 g/m2

Total Weight: 2234 g/m2

Shipping Weight: 8.3kg/LM

Machine Gauge: 3/8” (9.52mm)

Stitch Rate Per Metre: 160

No. Stitches/SQM: 16,800

No. Pile Per SQM: 33,600

Infill Material: Washed and dried silica sand

Grade (mm): 0.3mm to 0.1mm or if budget permits 7C

Application rate: 10 – 12 kg / m2

Optional Rubber Granual Infill: 2 – 3 kg/ m2

Width: 3.71m

Colour: Multi Green/Tan

Warranty: This product comes with a 7 year manufacturer’s warranty protecting the consumer’s product against UV protection failure, manufacturer’s workmanship, primary and secondary backing failure, unreasonable product deterioration under normal usage circumstances. This warranty does not cover misuses, negligence, incorrect installation methods or use of non specified chemicals on the surface