Address: 615-20 Burkebrook Place TORONTO On M4G 0A1
Contact Us: +1 647 667 70 12
About Us

A UNIQUE CANADIAN LIGHTNING PROTECTION AND GROUNDING COMPANY

TCT Protection Inc. is a Canada based international company having its manufacturing facilities with a broad range of products for lightning protection and grounding systems in accordance with the international standards, such as UL, NFC, UNE, etc.
We manufacture our products to the highest standards, and our facilities have the most relevant equipment and up to date instruments to meet our customers’ technical requirements. We are rewarded as one of the most preferable and reliable companies in many international projects by virtue of our profound experience and versatile engineering solutions.
Our goal is to meet the highest quality with sufficient, reliable and affordable products on par with our customers’ needs.
  • E.S.E. System
    The most economical way to protect from lightning strike. Because Early Stream Emmision (E.S.E.) Systems have a protection area.
    The protection radius of an ESEAT is related to its height (h) relative to the surface to be protected,to its efficiency and to the selected protection level R (h) = 2rh − h2 + Δ(2r + Δ) for h ≥ 5
    mandRp = h x Rp(5) / 5 for 2 m ≤ h ≤ 5 m where Rp (h) (m) is the protection radius at a given height hh (m) is the height of the ESEAT tip over the horizontal plane through the furthest point of the object to be protected.
    r (m) 20 m for protection level I 30 m for protection level II 45 m for protection level III 60 m for protection level IVΔ (m) = ∆T x 106 Field experience has proved that Δ is equal to the efficiency obtained during the ESEAT evaluation tests.
    Where h≥5 m, then Rp can be calculated fromRp (h) = 2rh - h2 + ∆(2r+∆)Where 2 m ≤ h ≤ 5 m, then Rp can be calculated fromRp = h x Rp(5) / 5Rp (h) (m) is the protection radius at a given height hh (m) is the height of the ESEAT tip over the horizontalplane through the furthestpoint of the object to be protected r (m) 20 m for protection level I30 m for protection level II45 m for protection level III60 m for protection level IVΔ (m) Δ = ΔT x 106Field experience has proved that Δ is equal to theefficiency obtained during the ESEAT evaluationtests


  • Conventional Lightning Protection
    Conventional Lightning Protection Systems generally in use as one of 3 methods: Franklin Rod, Mesh Method and Streched Wire Method. The choice of method may vary depending on the application difficulty and the architecture of the structure.