Suitable for fixing brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height.
Suitable for fixing brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height.
Suitable for fixing brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height.
The TecTies Timber Frame Wall Ties are manufactured to accommodate all types of timber frame structures. They can fix brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height. Fully tested to BS EN 846-6. The ties meet the requirements of BS EN 845 1 as a Type 6 tie and meet the technical requirements of NHBC.
It is recommended that TecTies Timber Frame Ties are installed at a density of 4.4 ties per square metre in buildings where the basic wind speed does not exceed 25 m/s. This density should be increased to 7.0 ties per square metre in more severe situations.
Features and benefits:
The TecTies Timber Frame Wall Ties are manufactured to accommodate all types of timber frame structures. They can fix brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height. Fully tested to BS EN 846-6. The ties meet the requirements of BS EN 845 1 as a Type 6 tie and meet the technical requirements of NHBC.
It is recommended that TecTies Timber Frame Ties are installed at a density of 4.4 ties per square metre in buildings where the basic wind speed does not exceed 25 m/s. This density should be increased to 7.0 ties per square metre in more severe situations.
Features and benefits:
The TecTies Timber Frame Wall Ties are manufactured to accommodate all types of timber frame structures. They can fix brickwork or blockwork to the timber frame up to a maximum of four storeys and 15 m in height. Fully tested to BS EN 846-6. The ties meet the requirements of BS EN 845 1 as a Type 6 tie and meet the technical requirements of NHBC.
It is recommended that TecTies Timber Frame Ties are installed at a density of 4.4 ties per square metre in buildings where the basic wind speed does not exceed 25 m/s. This density should be increased to 7.0 ties per square metre in more severe situations.
Features and benefits: