The original epoxy plastocor® Cladding System is a thick film coating used for long-term protection of new tube sheets against galvanic corrosion and erosion, and for the repair of corroded tube sheets.
plastocor-international SA supplies one-stop turnkey, made-to-measure protective coating solutions for common corrosion and erosion problems along the entire cooling water cycle.
The company is a world leader in the protection and repair of the entire cooling water cycle. We are experts in supplying pioneer, one-stop turnkey solutions across the entire power generation, petrochemical and utility industry, including wind towers.
Epoxy cladding solutions for long-term power plant protection
Since 1956, plastocor-international SA is proud that our original epoxy plastocor® Cladding System P2000 continues to provide long-term protection of new and old or refurbished tube sheets against galvanic corrosion and erosion and repair of corroded tube sheets.
With more than 60 years of combined experience and know-how, our smart, simple, sustainable solutions repair and protect heat exchangers and condensers, allowing plant operators to make huge savings while also protecting the environment. Increased reliability, productivity and lifespan extension of equipment, plus reduced heavy metal discharge, are just some of the benefits you can expect from our high-quality products and services.
All plastocor® materials are free from volatile organic compounds (VOC), 100% solid and solvent free.
Cladding systems for the optimisation of condenser tube sheets
The company’s epoxy Cladding System P2000 features a thick film coating used for protecting tube sheets against galvanic corrosion and erosion, and for the repair of corroded tube sheets. It can extend the lifespan of tube sheets for more than 25 years and has been successfully applied on thousands of tube sheets in thousands of power generation units around the world.
When tubes are rolled into a tube sheet of dissimilar metal, a galvanic element is formed resulting in severe pit corrosion around the tubes. This leads to weakened tube sheet joints with the risk of leakage and costly shutdown times. The plastocor® Cladding System helps prevent and repair damage to the condenser tube sheet, tube-to-tube-sheet joints, tube ends and along the entire tube length.
Our cladding system entails an ultra-durable protective cladding of almost all metal types of tube sheets, completely covering the tube sheet and encapsulating the tube ends into a 100% solids epoxy cladding of 3mm-5mm thickness. Adding strength and integrity to the tube-to-tube-sheet joint, the system generates leak-tight joint protection with the risk of galvanic corrosion being drastically reduced to a minimum.
Inlet solutions for galvanic corrosion / step-erosion protection
The original plastocor® Tube End Inlet Coating System P400-IL offers plant operators a cost-efficient and time-saving option when it comes to decisions on retubing and shutdowns, which are both costly undertakings. One of the most common problems found in condenser and heat exchanger tubes is that of tube inlet and outlet corrosion and erosion, resulting in a shorter lifetime for these tubes. Our sophisticated system can indefinitely protect and repair these tubes while offering the optimal life extension of more than 20 years and it does so at a fraction of the costs involved in retubing.
The tube-end inlet system, applicable to both tube inlet and outlet, creates a feathered termination, eliminating the chance of step-erosion, which is another common problem when using plastic or metal inserts. The plastocor® Inlet System with its three-step method can actually bridge small perforations of the tube wall, repairing the tube and returning it to service, postponing, or indeed eliminating the need to retube.
In combination with plastocor® tube sheet cladding, our inlet system creates a uniform and smooth transition from water box to tube interior, eliminating galvanic corrosion and tube-to-tube-sheet-joint leakages. This reduces fouling and turbulence, raising flow efficiencies, while still permitting the unrestricted use of eddy current testing and most tube cleaning methods.
Thanks to its three-step method, the plastocor® Tube End Inlet Coating System allows for expert planning and optimisation of budgets.
Tube lining systems for full-length tube protection
The original patented plastocor® tube lining system is an attractive alternative to prolong the lifespan of condensers and heat exchangers. The heat transfer rate, as well as the integrity of condenser and heat exchanger tubes, will deteriorate over time due to fouling, corrosion and/or erosion. When tube damage considerably reduces the efficiency of the condenser or unit, retubing becomes a highly time consuming and costly operation.
Our unique on-site application system enables full-length tube coatings of approximately 15m in length and can be carried out during regular outages to extend the lifespan of small calibre tubes (3-4mm) of condensers and heat exchangers damaged by erosion and corrosion. It also improves the efficiency of condensers and coolers by reducing fouling and recuperating already lost tubes due to erosion.
Tube lining eliminates almost all metal ion discharges to the cooling water such as copper, zinc, arsenic, as well as chemical cleaning, resulting in expert tube and environment protection.
plastocor® Technology, in combination with the plastocor® Inlet System, plastocor® Tube Lining System, and plastocor® high-performance coatings for water boxes and other cooling water cycle equipment, is the ultimate protective system for the entire condenser. plastocor® technology systems are designed to endure extreme conditions and can be applied in all climatic conditions.
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The original patented plastocor® Tube Lining System is used for the internal protective coating of heat exchanger and condenser tubes along their entire length, prolonging equipment life while also increasing its availability.
plastocor® P400 High-Performance Coating Systems are specially developed to endure the extreme conditions of condenser and cooling water cycle equipment and are suitable to apply on various substrates such as carbon steel, cast iron or concrete.
plastocor® DIY Wind Tower Coating Systems are suitable for use on both on and offshore wind towers and are designed to withstand even the harshest environments and weather conditions.
plaster-international offers 60 years of continuous innovation and broad experience in corrosion and erosion protection.
The optimisation of budgets is fundamental in reducing operational and maintenance costs in power plants.
Alinta's natural-gas-fired cogeneration facility is located in Alcoa's Pinjarra Alumina Refinery in Western Australia. The A$300m facility was built in two stages.
Yangcheng International Power Company is operating its 2,100MW (six x 350MW) number one coal-fired plant in Shanxi Province, about 800km south-west of Beijing.
Achieving the maximum life extension of equipment protected by plastocor® advanced coating systems involves the correct maintenance and upkeep of the applied plastocor® technology.
While today plastocor-international SA celebrates over 65 years in the corrosion prevention and repair field and is recognised as a global leader in pioneering solutions in that field, way back in 1956 few may have guessed that the invention of the original plastocor® Cladding System would have set in motion such an important breakthrough in tube sheet protection.
On Corrosion Awareness Day 2021 Discover plastocor® holistic Solutions for Corrosion Prevention and Repair
Preventing corrosion is our area of expertise. And after more than 65 years in the business, we know that the best anti-corrosion method is the application from day one of plastocor® Advanced Coating Systems.
At plastocor® our passion lies in our spirit of innovation and so we are excited to invite you to take a glimpse at 65 years of proud legacy by visiting our new web page.
Resilience and reliability are two traits that we, at plastocor®, find ourselves applying daily in this global context of uncertainty.
plastocor®, provider of smart, simple, sustainable solutions for corrosion and erosion problems in the cooling water system, has extended its sustainable solution to working in confined spaces during Covid-19 to wider society.
Living and doing business with Covid-19 is becoming a reality across many countries these days as some economies cautiously reopen and make their first attempts to resume economic activity.
Applying coatings systems in confined spaces can become problematic due to Covid-19 regulations.
plastocor® Tube Lining System reduces leakages, optimising equipment performance and ensuring plastocor® one-stop turnkey, made-to-measure solutions contribute to improved economic savings.
While many power plants will be looking at how to secure energy supply and maintain efficiency during the current global crisis, at plastocor-international SA, we continue to offer state-of-the-art technology solutions that allow power plants optimise performance and achieve reliable output.
All sectors are making rapid changes to business activity these days, suffering in one way or another from the economic fallout and social consequences of the pandemic.
With the current Covid-19 crisis developing on a daily basis, at plastocor-international SA, we are sending a message of solidarity to all those affected by the outbreak.
On 12 November, at PowerGen Europe 2019 plastocor-international and The Chemours Company announced details of their joint collaboration into tackling the specific problem of biofouling, aimed at further reducing unscheduled downtimes and high maintenance costs for plant operators.
plastocor-international SA and The Chemours Company have announced a collaboration to conduct research into anti-fouling solutions for the energy market.
plastocor® has announced it will be exhibiting at PowerGen Europe at the Paris Expo Porte de Versailles in Paris, France.
Innovation-driven plastocor® provides pioneer technology solutions for growing power generation industry.
A case study has shown that the plastocor® tube lining system eliminates heavy metal discharge to the cooling water while increasing condensers' lifespans.
plastocor® environmentally friendly solutions provide a green alternative for conventional power generation plants in their transition to a more sustainable future.