Industrial, energy, infrastructure and civil projects for which MPKM supplied materials or took part in selecting technical solutions.
This page collects part of the public reference list. Each card shows not only the name of the project but also the practical task: strengthening structures, repairing concrete, waterproofing, protection or the performance of materials in demanding service conditions.
Materials for strengthening reinforced concrete structures with carbon laminates, fabrics and anchor spikes. The project shows the international reach of supply and the use of several elements of an externally bonded reinforcement system in a single solution.
Materials: Externally bonded carbon-fibre reinforcement: laminates, fabric, anchor spikes, epoxy resins and primers
MPKM’s role: materials supplyMore about the project ↗
Materials for strengthening the load-bearing reinforced concrete structures of an energy facility. Loads, the condition of the existing structures and service conditions were taken into account during selection.
Materials: Externally bonded carbon-fibre reinforcement: laminates, fabric, anchor spikes
MPKM’s role: materials supplyMore about the project ↗
A non-standard supply of materials for structures permanently exposed to an aggressive marine environment. One example of professional construction chemicals used well beyond ordinary civil projects.
Materials: MasterFlow 928 grout (Emaco S 55)
MPKM’s role: materials supplyMore about the project ↗
Materials for strengthening the load-bearing structures of a research and production plant. Carbon fabrics and laminates were combined with repair mortars for substrate preparation.
Materials: Carbon fabrics and laminates, repair mortars, epoxy adhesives
MPKM’s role: materials supplyMore about the project ↗
Materials for strengthening bridge spans with carbon-fibre laminates. Transport infrastructure sets separate requirements for substrate preparation and protection of the system.
Materials: Carbon-fibre laminates, fabric, epoxy adhesives, primers and putties
MPKM’s role: materials supplyMore about the project ↗
Materials for repair and waterproofing of the pool basin. A Far North site: permanent contact with water combined with sharp temperature swings.
Materials: Repair mortars, waterproofing, cementitious adhesives
MPKM’s role: materials supplyMore about the project ↗
Materials for strengthening load-bearing reinforced concrete structures with carbon fabrics. The substrate was prepared with repair mortars and epoxy putty.
Materials: Carbon fabric, repair mortars, epoxy resins
MPKM’s role: materials supplyMore about the project ↗
Materials for strengthening the load-bearing structures of an operating medical centre. Fabrics and laminates raise load-bearing capacity with almost no change to the dimensions of the structures.
Materials: Carbon fabrics and laminates
MPKM’s role: materials supplyMore about the project ↗
Materials for industrial floors with dry-shake topping. On sites of this class, wear resistance of the surface and the quality of concrete curing are subject to elevated requirements.
Materials: Quartz-based dry-shake topping, concrete curing compounds
MPKM’s role: materials supplyMore about the project ↗
Materials for grouting under process equipment. Non-shrink epoxy compounds provide full bearing and transfer of dynamic loads from operating machinery.
Materials: Non-shrink epoxy grouts, epoxy adhesives
MPKM’s role: materials supplyMore about the project ↗
Materials for grouting under steel columns. A civil project where a non-shrink compound is responsible for tight bearing of the load-bearing frame elements.
Materials: Non-shrink epoxy grout
MPKM’s role: materials supplyMore about the project ↗
Supply of grouting and anchoring compounds for a gas processing plant. Non-shrink mortars are used when installing equipment and fixing anchors.
Materials: Non-shrink cementitious grouting and anchoring mortars
MPKM’s role: materials supplyMore about the project ↗Documents that answer the two main questions about externally bonded reinforcement: durability and fire resistance.
A clarification from the lead research institute: where the requirements of SP 164 and SP 349 are met, the service life of a reinforced concrete structure is not reduced after strengthening with an externally bonded reinforcement system.
A certified solution with a fire protection coating over a structure strengthened with carbon laminates provides 180 minutes without loss of load-bearing capacity.
Technical approvals, test reports and documentation for the systems used by MPKM and Dipchel.
Example test report ↗