365mm Ancon Teplo-L-Tie - 7mm diameter
Guide Price
365mm Ancon Teplo-L-Tie - 7mm diameter
Guide Price: £4.33 (£5.20 inc VAT)
- Product Code: A1-3625
- Delivery Time: 3 - 5 days
- Brand: Ancon (Tech. support: : +44(0)1142381238)
- Model and Size: 365mm - 7mm
Our ratings on 30-10-2025:
4.8 out of 5
365mm Ancon Teplo-L-Tie - 7mm diameter
Length: 365mm
365mm Ancon Teplo-L-Tie is an ultra-low thermal conductivity wall tie manufactured from basalt fibres set in a resin matrix. It minimises heat loss across an insulated cavity, improving the energy efficiency of a masonry cavity wall. It has stainless steel upstand with a 7mm fixing hole for a secondary fixing. It is suitable for surface fixing to masonry and structural timber, steel or concrete frames. The Teplo-L-Tie is ideal where a low thermal conductivity restraint fixing is required between a masonry outer leaf and the structure. It is suitable for fixing to timber, steel, concrete and any type of masonry. The Teplo-L-Tie is suitable for buildings requiring 120-minute fire resistance. Teplo-L-Ties should achieve an embedment depth of 65mm in the outer leaf.
Suitable Fixings
- Masonry: Plug and Screw
- Concrete: Plug and Screw, Expansion Bolt
- Steel: Set Screw, Self-drilling Screw
- Timber: Countersunk Wood Screw
CHARACTERISTICS
- 7 mm diameter hole in the upstand suits a variety of fixings,
- Suitable for cavities of 83-100 mm.
- Can be fixed to concrete, masonry, steel and timber.
- Movable 'O' ring drip to prevent water crossing the cavity.
- The Teplo-L-Tie has been independently tested, has BBA Approval and can be used in line with NHBC standards.
INSTALLATION
- O' rings should be moved along the shank to the open cavity.
- Installed ties should be clear of mortar droppings to allow the drip to function and prevent water from crossing to the inner leaf of masonry.
- The outer leaf brickwork should be kept one course clear during installation of ties.
Guide Price
Brand: Ancon
Model and Size: 250mm
Delivery Time: 3 - 5 days
250mm Ancon Teplo-BF-2 Wall Tie is a smart black general purpose composite wall tie manufactured from pultruded basalt fibres with a thermal conductivity of 0.7 W/mK, which helps to prevent heat escape from the building. The Teplo-BF-2 has specialised moulded safety ends which offer improved buildab..
Guide Price: £1.89
£2.27 inc VAT
Brand: Ancon
Model and Size: 205mm - BFL-7
Delivery Time: 1-3 working days
205mm Ancon Teplo-BFL-7 Wall Tie is ideal where a low thermal conductivity restraint fixing is required between a masonry outer leaf and an in-situ structure. This ultra-low thermal conductivity wall tie can be fixed to concrete, masonry, steel and timber substrates. Ancon Teplo-BFL-5 Wall Tie has a..
Brand: Ancon
Model and Size: SD25/300
Delivery Time: 2 - 5 working days
Ancon SD25/300 Channel Wall Ties with a safety ended v drip for 235-259mm open cavity for Ancon 25/14 channel to be fixed to an outer leaf of brickwork. They are placed in the channel by rotating through 90° and can be easily moved to the required position to be built into the masonry bed joint..
Brand: Ancon
Model and Size: SD25/150
Delivery Time: 2 - 5 working days
Ancon SD25/150 Channel Wall Ties with a safety ended v drip for 85-109mm open cavity for Ancon 25/14 channel to be fixed to an outer leaf of brickwork. They are placed in the channel by rotating through 90° and can be easily moved to the required position to be built into the masonry bed joint...
Brand: Ancon
Model and Size: 225mm
Delivery Time: 2 - 3 working days
225mm AC 31 Wall Tie is a masonry remedial wall tie for tying together two leaves of solid walls, where bricks are removed then replaced in the outer leaf. The wavy end is resin-bonded into the inner leaf in a 10mm Ø hole. The triangular end sits in the bed joint. Ancon AC 31 wall tie is s..
Brand: Ancon
Model and Size: 250mm
Delivery Time: 3 - 5 days
250mm Ancon PPS Movement Tie with Debonding Sleeve is designed to accommodate movement in masonry structures while maintaining structural integrity. This innovative tie features a debonding sleeve that allows for controlled movement between the inner and outer leaves of a wall, effectively reducing ..