Helifix

HELIFIX

Sustainable Structural Solutions

HELIFIX MASONRY REPAIR

Helifix is the market leader in the design and manufacture of specialist helical wall ties and masonry repair systems. We are technically-led organization with an on-going product development program backed by thorough independent testing.
Helifix has been at the forefront of technical innovation in the design and manufacture of construction ties and masonry repair systems for over 30 years. During this time we have built an enviable reputation for product quality, engineering excellence and customer service and support.

INNOVATION

Since its inception, Helifix has been recognized as a leader in the design and engineering of innovative construction ties and reinforcements. Helifix was the originator of the revolutionary one-piece stainless steel helical tie which has become an accepted standard for the industry, and formed the basis of a comprehensive range of special purpose new build and remedial products.

RANGE OF APPLICATIONS

Helifix construction ties, repair and reinforcing systems provide secure, lasting connections in all forms of brick, block, concrete, stone and wood as well as traditional local building materials, and have proven effective in virtually every type of masonry structure from medieval churches to modern tower blocks, bridges, tunnels and domestic housing.

AIA ACCREDITED PRESENTATION

Helifix is approved by the American Institute of Architects as a CES provider of approved courses that cover a variety of building topics and issues.
Drilling for Helifix — Foundation Repair in West Virginia

PRODUCTS

Helifix ties are made from high tensile Grade 304 or 316 stainless steel to a unique helical design. This creates a slim profile with a large surface area that ensures a secure and lasting connection, with or without grouts or resins, in bricks, stone, concrete and wood as well as local building materials. It also means all products have great axial strength combined with flexibility which allows natural structural movements and avoids the introduction of any additional stresses.
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