Woodburners

Bottom line: This ultra-low emission freestanding woodburner is approved for use in clean-air zones (such as some parts of Canterbury and Nelson) where other burners are prohibited. It produced 15.1 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has excellent emissions performance (significantly above average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner).

Bottom line: This ultra-low emission freestanding woodburner is approved for use in clean-air zones (such as some parts of Canterbury and Nelson) where other burners are prohibited. It produced 12 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has excellent emissions performance (significantly above average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner). This is a wetback model tested with wetback fitted.

Bottom line: This ultra-low emission freestanding woodburner is approved for use in clean-air zones (such as some parts of Canterbury and Nelson) where other burners are prohibited. It produced 14.1 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has very good emissions performance (above average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner).

Bottom line: This ultra-low emission freestanding woodburner is approved for use in clean-air zones (such as some parts of Canterbury and Nelson) where other burners are prohibited. It produced 12.4 kW when NES tested. It has a predominantly convective heating mode and is NES (clean-air) approved for urban areas. It has excellent emissions performance (significantly above average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 4 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has excellent emissions performance (significantly above average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 8.9 kW when NES tested. It has a predominantly convective heating mode and is NES (clean-air) approved for urban areas. It has good emissions performance (slightly above average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 8 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has very good emissions performance (above average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 8 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has OK emissions performance (though slightly below average for a NES compliant woodburner) and excellent efficiency (significantly above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 10 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has good emissions performance (slightly above average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 10 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has good emissions performance (slightly above average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This insert woodburner produced 6.7 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has OK emissions performance (though slightly below average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This insert woodburner produced 6.7 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has OK emissions performance (though slightly below average for a NES compliant woodburner) and very good efficiency (above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 13.4 kW when NES tested. It has a predominantly radiant heating mode and is NES (clean-air) approved for urban areas. It has very good emissions performance (above average for a NES compliant woodburner) and good efficiency (slightly above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 13.4 kW when NES tested. It has a predominantly radiant heating mode and is NES (clean-air) approved for urban areas. It has very good emissions performance (above average for a NES compliant woodburner) and good efficiency (slightly above average for a NES compliant woodburner).

Bottom line: This freestanding woodburner produced 7.4 kW when NES tested. It has a predominantly radiant and convective heating mode and is NES (clean-air) approved for urban areas. It has good emissions performance (slightly above average for a NES compliant woodburner) and good efficiency (slightly above average for a NES compliant woodburner).