The massive scale of this building is broken up by large vertical fissures that provide articulation. In order to install the double glazing units, API Rope was engaged to install a lifting rig with a cable winch at the back of the needle arm. The rig was designed to operate in a complex construction environment, with the double glazing units up to four meters high. The installation process was performed without causing any damage to the building.

Energy efficient

In addition to its environmental benefits, API Rope Access commercial glazing uses less disruption than other methods, including scaffolding and cranes. The method requires minimal setup time and poses fewer risks for in-use properties. As a result, it is the ideal solution for occupied structures and buildings. And as its name suggests, API Rope Access commercial glazing is safer than any other method. To keep its workers safe, the company uses only the highest-quality rope systems.

As with other types of building maintenance, rope access is the most suitable for high-rise buildings, where scaffolding is prohibitively expensive. In contrast, rope access is flexible and manoeuvrable, making it ideal for spot maintenance and cleaning specific areas. Its versatility means that API Rope Access commercial glazing can be used for both large-scale maintenance jobs and smaller, more focused cleaning. Because rope access is not limited to a single type of structure, it is appropriate for modern public services.

High performance solar glazing

High rise commercial glazing is a specialised area and requires a team of skilled experts, experienced in working at heights and negotiating the complex facade. Rather than using heavy equipment such as scaffolding, Apex Facades utilises rope access techniques to get the job done safely and efficiently. Rope access systems are safe to use and ensure the highest level of safety. Apex Facades only uses quality rope systems, which have undergone extensive safety checks.

Inspections without causing damage

Inspecting at-height assets requires specialized equipment and knowledge. Unexpected failures can cause serious injuries or fatalities, not to mention the cost of repair. Typically, companies rent specialized equipment to inspect buildings, which can take time and cost more money. API Rope Access for commercial glazing technicians follow strict safety protocols and can perform inspections without causing damage to buildings. This process is ideal for building owners and managers who need to monitor the condition of their assets while maintaining their value.

A rope access technician can climb to the top of a building using ropes, allowing them to perform thorough inspections without damaging the building or its exterior. They are independently certified and use a proprietary system that allows them to work safely in any environment. Rope access has been used since the 1980s and has evolved over time to be the most efficient and safest access solution available. In fact, it is safer than scaffolding, which causes more than four thousand injuries annually.

Installation of RAPTOR rigid rail system

The Raptor Rigid Rail System is an innovative and effective solution for working at height applications. Made of stainless steel and high-grade aluminium, this system offers effective fall protection for operatives and workers. Installation of this system enables the operatives to move from side to side as well as up and down the facade. The system also offers a concealed track and retractable lanyard system.

The new system uses extruded aluminium alloy rails and a stainless steel internal trolley. It is designed for internal and external access and can be fitted to virtually any length of facade. Standard rails are available in three, four, and six metres, but the company can manufacture extrusions as long as 8 metres if necessary. Consequently, a six-metre section of the system can be used by two operatives at the same time.

API Rope Access – Builders Clean Melbourne

Rope access builders clean Melbourne use footloops, etriers, and karabiners to work in vertical fissures. To ensure safety while cleaning the roofs and facades of buildings, these professionals use ropes, karabiners, and maillons to access the roofs and facades. The ropes are fitted with a specific harness and toolkit for safe and efficient cleaning.

Rope access cleaners use karabiners and maillons

If you are in the industry, you probably already know that rope access cleaning is a vital aspect of the overall strategy for any company. After all, it contributes to the impression your clients form of your company. The same is true for office spaces – a neat and tidy environment is far more desirable than a messy one. In the event that you don’t have the time to devote to facade cleaning, it might be best to hire a specialist rope access cleaner. Rope access cleaners use specific tools to safely and efficiently clean these structures.

In high-rise window cleaning, the standard rope for this industry is the Kernmantle rope, which is considered the gold standard. It maintains roundness for a long time and is compatible with the largest variety of cammed devices available in the market. The rope is made of polyester. Another popular rope used by API Rope Access cleaners is the Teufelberger New England KMIII, which is made of polyester stealth with a nylon core. Its material choice is based on engineering concerns and less stretching.

They use footloops and etriers

Rope access technicians often use footloops and etrier to navigate structures. Footloops are generally made of heavy-duty nylon and feature adjustable elastic straps that prevent slipping. Entriers, on the other hand, are made with several loops woven together along the apparatus. This type of device can be positioned anywhere on the rope system, forming a ladder-like structure.

A rope-based system is very flexible, allowing technicians to access difficult-to-reach areas and scale intricate steel installations. Rope access can be customized to a specific job site and can be quickly set up and dismantled. Unlike ladders or scaffolds, rope-based systems require less personnel and equipment, allowing inspections to be conducted without interruption. The benefits of using rope access are clear. It reduces man-at-risk hours, increases productivity, and saves time and money.

They work in vertical fissures

API Rope Access has the expertise and equipment to safely and efficiently access high-rise structures, including buildings with a large volume of vertical fissures. Its specialized techniques and equipment eliminate the need for heavy machinery and reduce noise, pollution and traffic disruption. For example, in a construction project where double-glazed vision panels are required at heights up to four meters, an API Rope rig with a cable winch at the back of the needle arm was necessary for installation.

Using rope access methods for structures helps increase productivity, reduce labour costs, and minimizes disruptions to nearby operations. Additionally, it can reduce the need for scaffolding, making it easier to install, modify, and dismantle. Additionally, static rope systems do not interfere with other work activities or facility operators. Thus, rope access specialists can perform their jobs without disrupting ongoing work or causing a security risk.