• Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
  • Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
  • Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
  • Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
  • Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
  • Product: IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme
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IG Solid Wall Lintels - Standard / Heavy / Extra Heavy / Extreme

by IG Lintels Ltd


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Description

All IG standard lintels satisfy the thermal performance requirements of Approved Document L of the Building Regulations (E & W), Northern Ireland’s Technical Booklet F and Scotland’s Technical Handbook, section 6. Provide a damp proof course / cavity tray over all lintels. 

For more detailed information applicable to a particular wall construction, contact IG Lintels Technical Department. Refer to manufacturers literature for details regarding lintel ranges, height, thickness and Uniformly Distributed Load (UDL) figures.

Application

  • Solid wall lintels for use in internal and external solid wall construction to support walls, floors and roofs above window and door openings.
  • Solid wall construction.
  • Lintels should be installed with a minimum end bearing of 150 mm, bedded on mortar and levelled along its length and across its width.
  • The masonry above the lintel should be built in accordance with BS EN 1996-2.
  • Raise the inner and outer leaves simultaneously to avoid excessive eccentricity of loading, with a maximum height difference of 225 mm (masonry should be laid on a mortar bed and all perpendicular joints should be filled).
  • Allow the mortar to cure before applying floor or roof loads (temporary propping beneath a steel lintel is practised to facilitate speed of construction).
  • NHBC & LABC recommend a damp proof course (DPC) or cavity tray should be installed over all openings in external cavity walls.
  • When installing concrete floor units or other heavy components above a lintel, care should be taken to avoid shock loading and floor units should not be dragged into position. Masonry immediately above the lintel should be allowed to cure.
  • Point loads should not be applied directly onto lintel flanges. Lintels should have a minimum of 150 mm masonry between the flange and the application level of any form of loading. Consult IG’s Technical Department if applying a point load above a lintel.
  • The external lintel flange must project beyond the window/door frame and it is recommended that a flexible sealing compound is used between the underside of the lintel flange and the frame.
  • Do not cut lintels to length or modify them in any way without consulting an IG engineer.  
  • Masonry should not overhang any flange by more than 25 mm.  
  • The practice of propping a lintel is sometimes used to facilitate speed of construction. It should only be introduced after initial masonry load has been applied to the lintel. 
  • Stop ends are required at each end of a lintel to prevent moisture cascading over the ends into the cavity and onto the inside wall.
  • At least two weep vents are required per opening and positioned not more than 450 mm apart. 

Product Links

  • https://iglintels.com/product/l9/
  • https://iglintels.com/product/ibeam-2c/
  • https://iglintels.com/product/ibeam-3c/
  • https://iglintels.com/product/xhdibeam/
  • https://iglintels.com/product/int-100/
  • https://iglintels.com/product/l9sw/
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Object Data

2 Revision

Last Updated

04/03/2026

Available Software
  • Logo: Autodesk Revit
BS1192:4

Compliant

BSB

Compliant

EPD

Not Available

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