Verified by manufacturer 7 days ago
Frame cramp - TTSFC (2 mm Stainless steel) 75–225 mm
DoP
Certificate type
ISO 9001 Quality Management
Certificate type
A range of frame cramps, movement ties and clasp ties.
Typical usages are in areas where masonry is restrained to steelwork columns and in long spans of brickwork where movement joints are required by the Building Regulations for Type B in external walls.
The safety plain end movement ties are designed to provide restraint in one direction and movement to allow for horizontal expansion and contraction. The Debonding Sleeve is located over the embedment detail to allow the tie to move.
The frame cramps are available with three holes or a slot in the upstand for screw fix, bolting or shot firing and safety end detail for embedment. Manufactured in stainless steel.
The clasp ties are designed to restrain masonry to vertical structures. Three holes for screw fix, bolting or shot firing and safety end detail for embedment. Manufactured in stainless steel.
All TecTies Restraint and Movement Fixings are independently tested at Lucideon Building Technology, a UKAS accredited laboratory NO 0013, to the requirements in BS EN 845-1:2003.
Compliant with PD6697 wall tie standard.
Color | Silver |
Finish | Smooth |
Material | Stainless steel Steel |
Length | 350 mm 325 mm 300 mm 275 mm 250 mm |
Uniclass | |
CAWS | F30/220 Wall ties F30/26 Wall ties F30/218 Shear wall ties |
Standard | To BS EN 845-1:2003. |
Material | 304 stainless steel (2.0 mm). |
Length | 75 mm.100 mm.125 mm.150 mm.175 mm.200 mm.225 mm.Non standard.Guidance for specification option: Non standard sizes are available to order. Consult manufacturer and insert requirements. |
Additional requirements | |
Compressive load capacity | 1290 N. |
Tensile load capacity | Three hole: 480 N; Slot: 530 N. |
Upstand | 3 Hole, none v-drip. Slot, none v-drip. |
Contains Red List materials | No |
Country of product manufacture | United Kingdom |
Material | Stainless steel Steel |
Recyclability | 100% |
Recycled contentAs defined in clause 7.8 of BS EN ISO 14021 | 0 % |