Cam-lok Surface Mount Removable Bollard

The Cam-Lok 90mm Surface Mount Removable Bollard is designed for high-security locations where floors cannot be core drilled, including suspended slabs, pre-stressed concrete and clean areas such as food or pharmaceutical facilities.

Features of Cam-Lok 90mm Surface Mount Removable Bollard:

• 90mm heavy-duty post uses a 5mm wall on galvanised steel models for robust security and impact resistance.
• 316 stainless steel model features a 3.05mm wall, flat cap and no handle for clean architectural or hygiene-sensitive applications.
• Three finish options include hot-dip galvanised, hot-dip galvanised with powder coating and 316 stainless steel.
• Safety yellow powder coat is standard on powder-coated models, with alternative colours available on request and priced on application.
• Low-profile receiver shoe stands only 20mm high when the bollard is removed.
• Concealed receiver shoe fixings are inaccessible while the bollard is locked in position.
• Minimal slab penetration requires only four 12mm holes drilled to a depth of 65mm.
• No core drilling required makes the system suitable for suspended slabs, pre-stressed concrete and areas where deep floor penetration is unsuitable.
• Internal Cam-Lok locking system uses high-security registered keys for controlled access and long-term security.
• Two registered keys are supplied per order of one or more bollards, with additional keys available separately.
• Keyed-alike option is available where multiple bollards need to operate from the same registered key.
• Tee-Lok removable bollards are also available with structurally similar construction but a different keying system.

Specifications for Cam-Lok 90mm Surface Mount Removable Bollard:

Cam-Lok Surface Mount Bollard Models and Accessories:

The Cam-Lok surface mount removable bollard is suited to suspended slabs, pre-stressed concrete, food preparation areas, pharmaceutical facilities, car parks and commercial premises where secure removable vehicle access control is required without core drilling or deep slab penetration.