Wall Collars<\/strong> One part attaches to the wall with anchors (not supplied<\/em>),<\/p>\n<\/li>\n The other tightens around the pole using the provided bolts, nuts, and washers. Wall Mounting Cups for Poles<\/strong> Floor Mounting Cups for Poles<\/strong> The aluminum adaptors, manufactured by NCM<\/strong>, are accessories designed to couple arms to vertical poles in lighting systems for urban furniture. Made through turning and machining of aluminum tubes, they combine lightness and resistance to weathering<\/strong>. Steel reducers are designed to adapt the diameter of the top of existing poles, facilitating the installation of light fixtures and various accessories. Essential in any lighting system, they play an important role in urban furniture<\/strong>.<\/p>\n Manufactured by NCM<\/strong>, they are made through cutting, welding, and machining of steel tubes<\/strong>, ensuring quality and robustness. Upon request, a powder coating<\/strong> conforming to UNI EN ISO 12944<\/strong> standards can be applied for enhanced protection and durability over time.<\/p>\n<\/div>\n<\/li>\n The steel sleeve, manufactured by NCM<\/strong>, is designed to protect the base of the poles. This robust<\/strong> and durable<\/strong> accessory is welded to the base of the pole, creating a barrier against moisture, chemicals<\/strong>, ground stresses, and other deterioration factors. The high-quality steel construction<\/strong> ensures effective and long-lasting protection, preserving the pole’s integrity and extending its lifespan.<\/p>\n Reinforcement Sleeves<\/strong> The heat shrink tubing<\/strong> fits perfectly to the pole’s structure, ensuring secure protection against moisture and wear, while the bituminous sleeve<\/strong> provides a resilient barrier against chemicals and the toughest environmental conditions. Both options are produced according to the UNI EN ISO 9001:2000<\/strong> standards and comply with the CE marking<\/strong>, ensuring quality and longevity for the structures.<\/p>\n<\/div>\n<\/li>\n The anchor bolts<\/strong> made of S355 steel<\/strong> are essential structural components designed to ensure the stability of structures by anchoring poles to the ground. Manufactured from high-strength steel, these bolts can be shaped in various forms, including bends or hook-shaped curves, to meet design specifications.<\/p>\n Their primary function is to transfer forces from the poles to the surrounding ground, providing robust and secure support. The top of each bolt is equipped with a thread, allowing for a secure attachment with galvanized washers<\/strong> and nuts<\/strong>, ensuring a stable and durable connection. This fastening system helps maintain the overall safety of the structure.<\/p>\n The anchor bolts<\/strong> made of S355 steel<\/strong> are essential structural components designed to ensure the stability of structures by anchoring poles to the ground. Manufactured from high-strength steel, these bolts can be shaped in various forms, including bends or hook-shaped curves, to meet design specifications.<\/p>\n Their primary function is to transfer forces from the poles to the surrounding ground, providing robust and secure support. The top of each bolt is equipped with a thread, allowing for a secure attachment with galvanized washers<\/strong> and nuts<\/strong>, ensuring a stable and durable connection. This fastening system helps maintain the overall safety of the structure.<\/p>\n<\/div>\n<\/li>\n The PVC caps<\/strong> are ideal for sealing the top end of poles, effectively protecting them against weathering, dust, and debris. Made from low-density polyethylene (LDPE<\/strong>), they provide a secure and durable closure.<\/p>\n The high mechanical strength ensures protection over time, maintaining the pole\u2019s integrity even in harsh environmental conditions. These caps prevent the ingress of water and debris, enhancing the durability and efficiency of the poles.<\/p>\n In addition to providing a clean and tidy finish, the caps help reduce maintenance and extend the poles’ service life, offering a practical and cost-effective solution for their continued protection.<\/p>\n<\/div>\n<\/li>\n Closing Doors and Terminal Blocks<\/strong> Terminal blocks are used inside poles to manage electrical connections. They provide secure and organized connection points for wires. Built from durable materials such as polyamide resin<\/strong> and zinc alloy<\/strong>, they may include multi-connection terminals and fuse holders<\/strong>, enhancing the flexibility and protection of the wiring.<\/p>\n Operation on Poles<\/strong> Electrical Accessories<\/strong> Hot-dip galvanizing is a corrosion-resistant treatment for steel, applied by immersing appropriately pretreated products in a molten zinc bath.<\/p>\n The aim of this process is to provide truly effective protection for the product, significantly slowing down corrosion and ensuring its integrity over time.<\/p>\n It is important to emphasize that the contribution of galvanizing, which multiplies the useful life of a product several times, effectively reduces its environmental impact.<\/p>\n With the hot-dip galvanizing process, the zinc metal layer that coats the steel is not just a simple covering film. During immersion in molten zinc, a true iron-zinc alloy is formed, which is firmly bonded to the steel and can only be removed through robust mechanical action or highly acidic solutions.<\/p>\n Hot-dip galvanizing protects steel structures for a time that often exceeds the useful life cycle of the structures themselves; it positively contributes to reducing the environmental load over time and is eco-sustainable; by preserving from corrosion, it maintains the original design characteristics of the structure, increasing safety; it has a low initial cost comparable to other corrosion-resistant systems; and it requires little to no maintenance for decades, reducing the overall cost of a structure over time.<\/p>\n The hot-dip galvanizing treatment consists of the following stages:<\/p>\n 1.Identification and Attachment of Material<\/p>\n The incoming material is identified by assigning a batch number. Each batch is attached using iron wire or other special equipment to numbered balance beams, which transport the material throughout the process.<\/p>\n 2.Chemical Treatment:<\/p>\n Degreasing<\/p>\n The steel articles are immersed in tanks containing aqueous solutions of surfactants at an approximate concentration of 10%. The purpose of this phase is to eliminate oils\/fats from the surface of the items left by previous mechanical operations. The solution is replenished by adding water and surfactants.<\/p>\n Pickling<\/p>\n The steel articles are immersed in tanks containing aqueous solutions of hydrochloric acid. The purpose of this phase is to eliminate iron oxides generated during the production and processing of the steel. <\/p>\n The solution is replenished by adding water, commercial hydrochloric acid, and corrosion inhibitors.<\/p>\n Washing<\/p>\n The steel articles are immersed in tanks containing water. This phase aims to eliminate any residues of the pickling solution to reduce the carryover of ferrous chloride, produced by the dissolution of iron oxides, into the fluxing phase. The solutions are periodically corrected with the addition of water.<\/p>\n Fluxing<\/p>\n The steel articles are immersed in a bath containing an aqueous solution enriched with zinc chloride and ammonium chloride salts. This phase serves to cover the surface of the items with a protective salt film to prevent oxidation, which would impede the galvanizing process.<\/p>\n The solution is replenished by adding water and zinc chloride and ammonium chloride salts.<\/p>\n 3.Preheating Furnace<\/p>\n The fluxed items are placed in a ventilated chamber where the material is heated before being galvanized.<\/p>\n 4.Hot-dip Galvanizing<\/p>\n This process involves immersing the steel articles in a bath containing molten zinc. <\/p>\n The approximate temperature of the metal is 450\u00b0C.<\/p>\n The bath level is adjusted daily with the addition of zinc and alloys in compliance with UNI EN ISO 1461 and related references.<\/p>\n Unless agreed otherwise with the customer, the coating thickness is applied in accordance with UNI EN ISO 1461:2009.<\/p>\n<\/div>\n<\/li>\n It is possible to apply paints of any color, finish, and gloss on galvanized steel.<\/span><\/p>\n This operation, which obviously comes at a higher cost than just galvanizing, results in an even greater protection and thus a longer lifespan. The two corrosion-resistant treatments work synergistically, and the protection lasts far beyond the sum of the individual lifespans of each treatment. In economic terms, this results in significant benefits, as the useful life of the product is extended without requiring maintenance.<\/p>\n Additionally, the environmental sustainability impact is complemented by an aesthetically superior finish suitable for urban and metropolitan contexts.<\/p>\n The painting cycle uses certified polyester and epoxy-polyester powder coatings from leading manufacturers, with quality control and polymerization in a constant temperature oven.<\/p>\n Technical Characteristics of the Coating with Relevant Standards:<\/p>\n \u2013 Average Thickness: 70 \/ 80 microns;<\/p>\n \u2013 Bend Test (Cylindrical Mandrel): UNI EN ISO 1519;<\/p>\n \u2013 Bend Test (Conical Mandrel): UNI EN ISO 6860;<\/p>\n \u2013 Cupping Test: UNI EN ISO 1520;<\/p>\n \u2013 Cross Hatch Test: UNI EN ISO 2409:2007 Grade 0;<\/p>\n \u2013 Moisture Resistance: UNI EN ISO 6270-1:2001 \u2013 UNI EN ISO 6270-2:2005.<\/p>\n Weather Resistance Test on RAL Sample at 80 Gloss:<\/p>\n \u2013 At 0 hours: 80 gloss;<\/p>\n \u2013 After 12 months: 80 gloss (film unchanged);<\/p>\n \u2013 After 24 months: 70 gloss;<\/p>\n \u2013 After 36 months: 60 gloss.<\/p>\n Corrosion Resistance:<\/p>\n \u2013 Neutral Salt Spray Resistance Test: UNI EN ISO 9227 (Salt spray test for 960 hours)<\/p>\n Powder Coating Cycle with Thermosetting Polyester Powders on Hot-dip Galvanized Material According to UNI Standards Currently in Force:<\/p>\n \u2013 Phosphatizing and mordant flow-coating to remove oils and general dirt, for 5 minutes at 60\u00b0C with water and product;<\/p>\n \u2013 Rinsing with network water for 5 minutes;<\/p>\n \u2013 Acid phosphoric pickling for 5 minutes at 50\u00b0C;<\/p>\n \u2013 The flow coating rinses with mains water at room temperature for 3 minutes;<\/p>\n \u2013 Passivation flow-coating with chrome-free zirconium at 40\u00b0C for 5 minutes;<\/p>\n \u2013 The flow coating rinses with mains water at room temperature for 3 minutes;<\/p>\n \u2013 final coating by flow with demineralised water at room temperature for 5 minutes;<\/p>\n \u2013 oven drying at 130 \/ 150 \u00b0C;<\/p>\n \u2013 application of the polyester powder TGCI free in cabin with n. 10 guns automatic up to 80\/90 micron thickness<\/p>\n \u2013 curing in a ventilated oven at a constant temperature of 190\u00b0C for a minimum time of 50 minutes, until the paint film is completely cured (following the indications given on the technical data sheet of the varnishing product).<\/p>\n The color chosen by the customer is applied in accordance with UNI EN ISO 2409, class 1-2808 \u2013 DIN 53132 \u2013 ASTM B117.<\/p>\n<\/div>\n<\/li>\n<\/ul>\n N.C.M. provides installation and assembly support for fixed platform and rotating ring high masts through the use of specialized partners<\/strong>, equipped with all the necessary tools and capable of ensuring proper and professional installation of the systems.\u00a0<\/span>All products are supplied with assembly instructions and a maintenance manual<\/strong>.<\/p>\n<\/div>\n
Devices designed to anchor vertical poles to walls, ensuring stability and safety.
Made of S235JR steel, with dimensioned plates.
Fixing:<\/p>\n\n
At least 2 collars are required per pole.
Supplied hot-dip galvanized (UNI EN ISO 1461).
Powder coating available upon request (UNI EN ISO 12944).<\/p>\n<\/li>\n<\/ul>\n
Made of S235JR steel, for poles ranging from 102 to 193 mm.
Allow mounting to walls without the need for digging.
Equipped with welded fixing plates, also made of S235JR steel.
Hot-dip galvanized finish (UNI EN ISO 1461).
Ideal for lighting, signage, and vertical applications.<\/p>\n
Made of S235JR steel, for poles ranging from 102 to 193 mm.
Installable on paved surfaces without the need for excavation.
Equipped with a welded base plate.
Hot-dip galvanized finish (UNI EN ISO 1461).
A robust and durable solution for outdoor use (lighting, signage, etc.).<\/p>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\n<\/div>\nAdaptors<\/h3>\n
Available in configurations up to four arms, they offer a flexible and modular solution for mounting various accessories.<\/p>\n
The modular structure supports up to four arms, adapting to the specific needs of each project.<\/p>\n<\/div>\n<\/li>\nReducing Top of the Pole<\/h3>\n
Base Pole Protection<\/h3>\n
The protective sleeves from NCM<\/strong> are versatile and reliable solutions for protecting steel poles. Available in different variations, including heat shrink tubing<\/strong> and bituminous sleeves<\/strong>, these solutions effectively protect poles from moisture, corrosive compounds, and weathering. Both versions are easy to install, requiring no special equipment, and provide lasting protection.<\/p>\nAnchor bolts<\/h3>\n
PVC Caps<\/h3>\n
Closing Doors, Cut Out and Electrical Accessories<\/h3>\n
Closing doors and terminal blocks are essential for the management and protection of electrical connections on street lighting poles and other vertical structures. Closing doors cover the openings on poles, protecting the electrical components and preventing unauthorized access. Made from aluminum alloy<\/strong>, they offer lasting protection against the elements. They are equipped with secure locking systems, such as triangular keys<\/strong> or locking mechanisms, to ensure access is restricted to authorized personnel only.<\/p>\n
Mounted on poles, closing doors cover the openings for cables and electrical components, protecting them from dust and water. Terminal blocks manage the electrical connections inside, ensuring that cables are protected, well-organized, and easily accessible for maintenance.<\/p>\n
Electrical accessories complete the system, offering protection against overloads and short circuits. These include cartridge fuses<\/strong> (8.5\u00d731.5 mm, rated currents 6-10 A), which protect the electrical system, while various connectors allow for quick and secure installation. Additionally, outlets<\/strong>, universal bases<\/strong>, and fuse holders<\/strong> are available to expand the system’s capabilities, ensuring safety, reliability, and ease of use.<\/p>\n<\/div>\n<\/li>\n<\/ul>\nFinishes<\/h2>\n
\n
Hot-dip Galvanizing<\/h3>\n
Painting<\/h3>\n
Installation and After-Sales Service<\/h2>\n
Are you interested in our\u00a0accessory series<\/strong>?<\/h2>\n
![\"Pali](\"\/wp-content\/uploads\/2022\/07\/cover-accessori-ncm-1.jpg\")
<\/p>\n