Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Hi-therm+ is up to five times more thermally efficient than a standard steel lintel. IG Lintels are engineered to be the most structurally and thermally efficient lintels available. We have continually evolved and expanded our product range to reflect...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...

Heavy Duty Load 100mm Inner Lead Cavity Wall Steel Lintels are used to enable blockwork to be built tight against the inner face of the lintel. This enables mortar to bed on top of the blockwork before floor units are laid to provide even distribution of...