Deploying resilient urban infrastructure engineered to meet Transport for London (TfL) performance codes and aesthetic parameters.
Architectural public bench featuring certified timber slats and heavy-duty steel frame, treated for high-humidity coastal climates.
Ergonomically engineered anti-vandal rest bench designed for high-density transit terminals and commercial areas.
Heavy-duty 120L vertical slat waste bin featuring hot-dip galvanization and advanced security lock system.
High-capacity modular enclosure for secure recycling and waste sorting, incorporating adjustable footings for sloped streets.
The Greater London landscape is undergoing an unprecedented modernization shift driven by Transport for London (TfL) Healthy Streets Approach, strict sustainability benchmarks, and the implementation of Martyn’s Law (Protect Duty). As urban centers become denser, municipal planners, landscape architects, and civil engineering groups are faced with the challenge of selecting materials that balance aesthetic architectural coherence with high physical protection and longevity.
For street furniture to survive the British climate and intensive footfall, standard powder coatings are no longer sufficient. Our materials are treated with marine-grade 316 stainless steel, hot-dip galvanization conforming to BS EN ISO 1461, and premium FSC-certified timbers. This ensures our benches, bins, and bike storage solutions carry a working service life of 25+ years with minimum maintenance overheads.
Designing and fabricating commercial-grade physical security assets.
Delivering high-compliance infrastructure to Europe, the Americas, and APAC.
Conforming to rigorous materials sourcing and safety engineering regulations.
Architects specify different materials depending on location. We utilize 304 and 316-grade stainless steels, hot-dip galvanized carbon steel, and weather-resistant Corten steel. Timber parts utilize dense hardwoods like teak or eco-friendly WPC (Wood-Plastic Composites) for longevity and decay-resistance.
Security is paramount. From key-alike removable bollards to automatic telescopics, our systems deploy secure locking configurations that prevent unauthorized removal or tampering in high-risk zones, such as train stations and government squares.
No two projects are identical. We provide bespoke tailoring on height, diameter, finishes (satin or mirror polished, polyester powder coated to any RAL color), and direct branding options like laser cutting or engraving of municipal shields.
KAVASS Security Tech Limited is a professional manufacturer focused on traffic safety and perimeter protection solutions, with more than 18 years of industry experience. We specialize in the design, production, and supply of a wide range of products, including parking locks, bollards, bike racks, and other urban infrastructure equipment. By integrating product development, manufacturing, and after-sales support, we provide efficient one-stop solutions tailored to the needs of global clients.
Our production base is equipped with advanced machinery and modern manufacturing processes, supported by a skilled engineering and quality control team. From raw material selection to final inspection, every step is carefully managed to ensure consistent product performance and long-term reliability. This enables us to meet the demands of various applications, from standard products to customized project requirements.
KAVASS products are widely applied in urban infrastructure, commercial properties, industrial facilities, residential communities, and public spaces. We understand that different projects require different levels of protection, durability, and design, which is why we offer flexible customization options, including size, material, finish, and branding.
With a strong export network, KAVASS has established long-term cooperation with customers in more than 80 countries and regions. Our experience in international markets allows us to better understand local standards, project requirements, and customer expectations.
State-of-the-art facilities equipped with advanced robotic welding, CNC fiber lasers, and precise multi-axis bending machines.








Municipal street furniture is transforming from passive fixtures to interactive, connected urban nodes. Our research and development path addresses the critical demands of the next generation of smart cities:
Integrating narrowband IoT sensors (NB-IoT) into automatic parking locks to feed real-time parking spot availability straight to municipal network apps.
Developing off-grid solar parking locks and smart vertical racks with integrated e-bike charging circuits directly embedded in high-grade stainless profiles.
Developing lighter, ultra-durable alloy composition variants to reach structural performance parameters equivalent to heavy steel while lowering the global warming potential of the raw extraction process.
Our dedicated European and UK projects support desks are configured to assist your structural engineers, providing:
High-durability active travel assets and parking protection devices configured for public parks, private lanes, and warehouse environments.

Secure, multi-bike stand offering double locking points for frames and wheels, fully hot-dip galvanized to withstand urban atmospheric wear.

Space-efficient vertical bike storage module with heavy steel framing, perfect for railway stations, parking basements, and cycle hubs.

Innovative 180-degree swiveling rack for tight corridors, optimizing space usage for residential structures and business parks.

Aesthetic continuous steel wave structure permitting secure multi-directional cycle tethering in high-traffic commercial zones.

Top-tier retractable post manufactured with grade 316 steel core, incorporating an easy-lift handle and anti-pick cylinder lock.

Bright powder-coated warning post featuring reflective rings to maximize driver awareness in loading bays and distribution hubs.

Heavy-wall security post equipped with zinc primer coatings and weather seal protection to prevent ingress of grit and water.

Fold-down parking barrier utilizing an upgraded heavy-gauge steel hinge plate designed to resist vehicle overruns.

Heavy duty locking post designed to preserve critical access spaces. Integrates internal lock system with dust covers.

Self-contained key locking parking limiter, with screen-printed warning symbols to prevent unauthorized driveway use.

Rugged flat-folding steel profile built for heavy industrial environments and private distribution yards.

Elegant design integrating heavy grade stainless tubing with an anti-friction pivoting plate for architectural walkways.

Modern, space-saving street bike anchor featuring laser-cut municipal or company logos to enhance localized zoning designs.

Classic tubular design providing sturdy support for two bicycles. Resists cutting tools and atmospheric rust.

Dual-purpose barrier fence system for busy crosswalks, integrating cycle locking hoops with crowd control rails.

Premium high-finish C-style cycle stand offering superb aesthetic integration for luxury developments and public walkways.

Sleek, round-edge design. Complete resistance to oxidization and surface scratches, avoiding long-term maintenance costs.

Standard commercial cycle hoop treated with hot zinc bath inside and out, preventing internal corrosion.

Creative cross-structure design providing structural rigidity and support for multi-capacity cycle configurations.

Galvanized variant built to resist vandalism and impacts in secondary school yards and heavy-duty train terminals.
Comprehensive range of heavy-duty security and pedestrian flow control products built to last.
Industrial modular storage solution with reinforced wire mesh frames for secure facility logistics.
High-visibility heavy-duty folding A-frame barrier with secure lock tumbler to block private driveway incursions.
Sleek architectural bollard designed for core-drilled concrete placement. Ideal for pedestrian zone division.
Impact-resistant square profile folding post featuring powder coated finish and high visibility design.
Manual retractable bollard fitting flush to the floor line when lowered. Simplifies pathway clearance.
Unique oval mechanism lock design. Discourages tampering and debris collection inside locking channels.
Retractable post featuring anti-corrosive primer, yellow reflective bands, and customized cylinder locking keys.
Innovative staggered bike rack utilizing alternating tracks. Maximizes parking count inside tight rooms.
High strength floor-bolted protection guard. Shields racking frames against forklift collisions.
Public tool repair post. Complete with manual pump and steel tethered screwdrivers for bike commuters.
Structural grade carbon steel post. Engineered for high stability perimeter line defenses.
Graceful dome-capped mirror polished post, providing maintenance-free traffic management barriers.
Due to London's humid, oceanic climate and high public usage, we recommend hot-dip galvanized carbon steel (conforming to BS EN ISO 1461) and grade 316 stainless steel for metal frames. For wood elements, hard dense timbers (like FSC teak, Iroko) or high-grade Wood Plastic Composites (WPC) with UV-stabilized resins offer the best resistance against wood decay and structural warping.
Yes. KAVASS security bollards align with standard engineering practices for perimeter security. We offer solutions customizable to specific kinetic energy ratings. In high-security environments, our structural tubes can be reinforced to protect retail facades, pedestrian malls, and utility facilities from heavy impact loads.
We work closely with UK shipping partners and customs clearing agents to manage transport. All shipments arrive with complete documentation, including UKCA markings, structural material mill certificates, and assembly guides. We pack all products in high-protection wooden crates to ensure zero damage during maritime transit.
Absolutely. KAVASS is an OEM/ODM specialist. We customize product dimensions, surface polishing grits (e.g. satin or high-mirror), paint layers (polyester powder coatings matching your exact RAL code), and integrate local municipal signage or crest engravings using computer-guided laser tools.