DIY flooring
DIY flooring can be a cost-effective solution to install quality hard surface flooring into your home, office or investment property.
Quality flooring & expert advice
Floorboards offer quality DIY flooring options and expert advice to help you make the best choices for your project, whether it's for your home or investment property. With our expertise, you can be confident in making informed decisions about the best DIY flooring options for you to install.
The benefits of choosing our DIY flooring options:
Cost-effectiveness
Installing flooring yourself can save you money, if you have the time, skills and experience in installing engineered floor systems.
Free measure
W offer a complimentary measure from your house plans to help you determine the quality flooring and underlay needed, and types of trims required.
Suitable for builders & experienced DIY'ers
We recommend DIY to customers with a good building background or handyman skills. If you're not sure or new to DIY, ask us about our installation services before you ordering your floor. All our DIY flooring options come with supplier installation instructions and we have installation tool kits that you can purchase with your flooring.
Quality products:
We are committed to finding the best flooring solutions for your DIY project, whether it's for your home or investment property. We'll carefully select quality products from a range of brands to suit your needs, then all you need to do is choose the colour and texture.
DIY wood-look laminate & hybrid floors
DIY laminate and hybrid floors are popular choices for DIYers. Laminate flooring is cost-effective and comes in various styles and colours. It's durable, making it ideal for high-traffic areas. Hybrid flooring combines vinyl's waterproof properties and hardwood's natural appearance and feel. It's a stylish and practical option. Talk to us today about DIY Laminate plank flooring and DIY Hybrid flooring.
Ph 07 959 1861
Level 1, 79 Church Road, Hamilton
Ph 021 977 548
12/8 Toorea Street, PΔpΔmoa Beach, PΔpΔmoa