While many types of insulation are made from glass wool or fibreglass batts, Insulwool products are made from wool, the only natural “purpose made” fibre that is universally used for warmth and comfort in many modern products such as carpets, rugs, fabrics, bedding, upholstery and clothing. Natural wool insulation is safe for you and for your environment. Click here for more information.
Insulwool is unique in that it is durable and yet so luxurious to handle. It can absorb sound, is fire resistant and non-corrosive, and can absorb and desorb moisture (moisture is not trapped or retained). Insulwool products make your home or building warmer in winter and cooler in summer, with increased savings on your energy account. It also acts as a humidity controller and pollution and toxin filter.
This is a very good question. Without doubt our industry has its share of dodgy installers, just like most industries. To assist we have a range of questions any prospective client should ask their installer. Insist on seeing the actual documents! Click here to see more
Insulwool has been tested by a certified laboratory in New Zealand, and the Australian Wool Testing Authority and the Commonwealth Scientific and Industrial Research Organization in Australia for loose fill insulating materials for thermal conductivity, and inflammability. All our products are made using specialised equipment to manufacture product to tested specifications.
Contact us through this website and we will put you in touch with a licenced installer in your area who will be able to provide you with information about the Insulwool products most suitable for your home as well as pricing.
Insulwool products don’t offer the government subsidy but they are still competitively prices and compare well with other similar products on the market. Even the local Mayor of South Wairarapa recommends us. Read more here.
The R stands for Resistance, which is a measure of how well insulation can resist heat flow. The R-value depends on the type of material, its density and thickness. The higher the R-Value, the greater the resistance to heat gain in the summer months, and heat loss during winter months.