Masport Waimakariri Ash Pan Pack Ultra-Low Emission Wood Fire
Bring powerful warmth and eco-friendly performance into your home with the
Masport Waimakariri Ash Pan Pack
. Inspired by Canterburys
Waimakariri River
, this ULEB wood fire combines
modern Catalytic Combustion technology
with timeless design, delivering
longer-lasting heat, extended burn times, and ultra-clean emissions
.
Designed specifically for
small to medium homes (23 bedrooms)
, the Waimakariri ensures efficient heating while using less wood, making it a smarter, greener alternative to traditional wood burners. The
built-in ash pan
provides easy cleaning, while the
large firebox
means fewer reloads and more consistent comfort.
This fire is
approved for installation in all regions of New Zealand
, including
ECAN CM1-approved
for Canterbury, making it one of the cleanest and most future-proof heating options available. Choose from
legs, pedestal, or pedestal with ash pan
to suit your homes style.
Key Features & Benefits:
-
Ultra-Low Emission Burner (ULEB):
Clean, efficient heating approved for all NZ regions, including Canterbury
-
Ideal for smaller households:
Suited to 23 bedroom homes
-
Eco-friendly performance:
Catalytic Combustion technology reduces emissions and extends burn times
-
Convenient ash pan:
Easy-clean design for hassle-free maintenance
-
Durable build:
6mm steel firebox and 6mm baffle for long-lasting performance
-
Cooktop functionality:
6mm radiant steel cooktop for boiling or simmering meals
-
Extended burn capability:
Extended burn time: To achieve an extended burn time, use a mixture of pine and hardwood. Burn period may vary due to factors such as moisture level of wood, density of fuel, environmental factors and how the unit is operated
-
Peace of mind:
Backed by a
20-year firebox replacement guarantee
Specifications:
-
Space heating: Small to medium homes (23 bedrooms)
-
Firebox: 6mm steel
-
Baffle: 6mm steel
-
Cooktop: 6mm radiant steel
-
Base options: Legs, pedestal, or pedestal with ash pan
-
Warranty: 20-year firebox replacement
