Construction in 2026 is largely about wear management. When import substitution has become a reality, operating costs are rising, and good mechanics and service workers are worth their weight in gold. Those companies that know how to extend the life of equipment not by "heroism" in repairs, but by technology, win.
Why wear and tear has become a critical topic
Excavators, bulldozers, overhead and gantry cranes operate in harsh conditions: high loads, dust, dirt, temperature fluctuations. And there are nodes that literally take the impact on themselves — open pairs of friction: crane wheels and rails, gears, guides, ropes.
The problem is that it is these elements that often wear out faster than planned — scuffles appear, the wheel ridges are "eaten up", vibrations increase, and the accuracy of movement deteriorates. The result is familiar to everyone who is responsible for the equipment: unplanned downtime, emergency repairs, sagging productivity and budget.
The Russian answer: Intel Ross Technology
An interesting example of a domestic approach is the Intel Ross company, which has been developing the field of solid‑plastic lubrication systems since 2007. The focus is on the "wheel–rail" assembly on cranes: There, wear is especially expensive, because stopping a crane at an object is stopping an entire section of work.
The essence of the technology is solid—lubricating elements (rods of a special composition), which form a protective layer of the so-called "third body" on the contacting surfaces, which takes over part of the contact loads and reduces metal damage.
The key feature is the ability to combine components in different phases in one lubrication rod. As a result, the task is solved comprehensively: reduction of friction + protection + partial restoration of surface layers, filling of microdefects, hardening of contact zones.
The numbers that influence the decision
According to the data from the materials, the results look like this:
For a construction site, this is important not only as savings on metal and repairs. The most expensive item is often hidden somewhere else: an hour of downtime. When the crane is "up", you pay for people, rent, logistics, schedule shifts and punitive risks — and all these losses multiply.
Why is it convenient in real operation?
A separate important point is the organization of the use of the system:
Not only cranes: coverings, chains, guides and ropes
The company's products are suitable not only for "one node", but as a range of solutions for construction equipment.
Another practical advantage is that the hard plastic layer does not attract dust and dirt, remaining a protective barrier in the dusty conditions of quarries and sites.
Conclusion: wear can be controlled
The year 2026 forces construction to be more pragmatic: less to "put out fires", more to build stability. And sometimes the strongest lever of efficiency is not a new machine, but a technology that makes the resource of nodes predictable, service — planned, and downtime — rare.
Read more in the article on the CTT Digest magazine page: https://view.leafment.com/58A7053846Xe61?p=58
Why wear and tear has become a critical topic
Excavators, bulldozers, overhead and gantry cranes operate in harsh conditions: high loads, dust, dirt, temperature fluctuations. And there are nodes that literally take the impact on themselves — open pairs of friction: crane wheels and rails, gears, guides, ropes.
The problem is that it is these elements that often wear out faster than planned — scuffles appear, the wheel ridges are "eaten up", vibrations increase, and the accuracy of movement deteriorates. The result is familiar to everyone who is responsible for the equipment: unplanned downtime, emergency repairs, sagging productivity and budget.
The Russian answer: Intel Ross Technology
An interesting example of a domestic approach is the Intel Ross company, which has been developing the field of solid‑plastic lubrication systems since 2007. The focus is on the "wheel–rail" assembly on cranes: There, wear is especially expensive, because stopping a crane at an object is stopping an entire section of work.
The essence of the technology is solid—lubricating elements (rods of a special composition), which form a protective layer of the so-called "third body" on the contacting surfaces, which takes over part of the contact loads and reduces metal damage.
The key feature is the ability to combine components in different phases in one lubrication rod. As a result, the task is solved comprehensively: reduction of friction + protection + partial restoration of surface layers, filling of microdefects, hardening of contact zones.
The numbers that influence the decision
According to the data from the materials, the results look like this:
- the service life of crane wheels and rails is increased by 30-32 times;
- the wear rate of the wheel ridges is reduced by 100 times;
- the payback period for implementation is 1-2 months, and the economic effect can result in a tenfold profit per year.
For a construction site, this is important not only as savings on metal and repairs. The most expensive item is often hidden somewhere else: an hour of downtime. When the crane is "up", you pay for people, rent, logistics, schedule shifts and punitive risks — and all these losses multiply.
Why is it convenient in real operation?
A separate important point is the organization of the use of the system:
- it works completely mechanically, without power connection;
- provides continuous lubrication supply when the crane is moving and automatic stop when it stops.;
- reduces labor costs and reduces the influence of the human factor.
Not only cranes: coverings, chains, guides and ropes
The company's products are suitable not only for "one node", but as a range of solutions for construction equipment.
Another practical advantage is that the hard plastic layer does not attract dust and dirt, remaining a protective barrier in the dusty conditions of quarries and sites.
Conclusion: wear can be controlled
The year 2026 forces construction to be more pragmatic: less to "put out fires", more to build stability. And sometimes the strongest lever of efficiency is not a new machine, but a technology that makes the resource of nodes predictable, service — planned, and downtime — rare.
Read more in the article on the CTT Digest magazine page: https://view.leafment.com/58A7053846Xe61?p=58