Fence Spike Strips – Stainless Steel
per 20" strip
FREE FAST SHIPPING ON ALL ORDERS ACROSS THE USA $75+ or more (save $22)
END OF JUNE SUPER SALE … Don’t Miss Out
Prevent Birds from landing and cats & rodents scurrying along your fence….
DIY and easy to install marine grade stainless steel spikes provides 100% protection on rooftops, ledges, fences, and more and require zero maintenance and can last a lifetime.
Looking For Plastic Fence Spikes? – click here
DUE TO CURRENT DEMAND
PLEASE ALLOW 5-7 DAYS SHIPPING
Order as many 20" strips as required
per 20" strip
- Prevent pigeons, indian mynas, sparrows, starlings and other pest birds from perching on your property.
- Great for any surface and application.
- Long-lasting polycarbonate base and stainless steel spikes provides years of maintenance-free protection.
- Easy to install - Attach quickly with UV stabilised silicon adhesive, nails, screws, cable ties, etc.
- Transparent Polycarbonate base - iis practically invisible.
- Flexible - Mount easily on curved. flat or irregular surfaces.
- Non-lethal and Environmentally friendly. Bird Spikes do not harm or injure birds.
- Economical and lightweight - Sturdy polycarbonate base does the same job as stainless steel at a fraction of the cost.
Material: Polycarbonate base and stainless steel wire
Wire Diameter of Spike: 0.05"
Length of spike: 4.33"
No. Of Spikes per 3 feet: 60 spikes
Protection Width: 2.5" (spike tip to tip)
Base Size: 20" (L) x 0.9"(W)
Bird Species - Pigeons, gulls, starlings, indian myna birds, sparrows
Bird Activity - Day-time perching, night-time roosting and some nesting areas.
Infestation - From light to heavily infested areas.
Substrate - Masonry, Steelwork (stainless and galvanised), lead, PVC, PPC, ceramic tiles, glass
Installation - Using a suitable UV stabilised silicon adhesive or clip is critical to increasing life expectancy.
Visibility (wires) - Stainless steel bird spikes are far less visible than plastic bird spikes
Visibility (base) - Low profile base (0.19" high) will not be seen from the ground level looking upwards
Base Color - Transparent clear base blends well with most surfaces irrespective of the surface colour
Speed of Install - Quicker to install than other bird deterrent systems saving you time and money
Fence Spikes are a versatile, precision engineered bird deterrent device designed to provide effective and humane control of problematic urban birds and rodents.
The upward pointing of the stainless steel spikes act as a physical barrier to Squirrels, preventing them form landing or roosting on ledges, without hurting them.
The innovative design provides a pest bird solution to virtually any scenario such as building ledges, gutters, pipes, signage, walls, light fittings and other areas where birds nest and perch.
Fence Spikes can be used to protect buildings against Squirrels, etc in a wide variety of situations, from day time perching to night roosting sites and from narrow pipes to wide building ledges. The base is clear and narrow, allowing these spikes to be installed on narrow pipes, sprinkler systems, etc.
Whilst the way the spikes extend out at an angle means they can also be installed on wider ledges. If the ledge you need to protect is wider than this you can simply run a double row of spikes to cover the ledge. These spikes feature stainless steel wires which have the longest life expectancy in harsh environmental conditions.
The use of high tensile stainless steel in particular means birds cannot easily push them out of the way or bend them out of shape. UV-protection of polycarbonate bases further offers a valuable safeguard against cracking or breaking through prolonged exposure to sunlight. Squirrel Bird Spikes are designed to have a minimum 7 year life span in service.
Fence Spikes are far less visible than plastic ones because they do not reflect sunlight and attract far less dirt, continuing to remain tidy and unobtrusive over an extended period. With a low profile bases that reduce visibility from the ground, with translucent plastic blending well into most building surfaces.