Asphalt Crack Filler

Asphalt Crack Repair The asphalt crack filler seals and fills cracks in asphalt and concrete surfaces and protects against damage caused by water infiltration and erosion Easy to apply Mixing ratio: Mix 6 kg of asphalt crack filler with one liter of water. Adjust the amount of water depending on the type of crack. Clean the surface roughly before application. Packaging unit: 6 kg bucket

Concrete Repair

Building renovation through professional concrete repair Concrete repair and restoration are used in a wide variety of building renovation applications. These include: Building construction: Residential and office buildings, shopping centers, public buildings and industrial facilities benefit from refurbishment to ensure the safety and aesthetics of the structures. Civil engineering: Bridges, tunnels, and roads are often exposed to extreme environmental conditions. Concrete repair contributes to increasing load-bearing capacity and extending service life. Infrastructure structures: Ports, airports and railway facilities require regular concrete repairs to ensure their functionality and safety. Hydraulic structures: Dams, reservoirs and sewage treatment plants are often exposed to aggressive water and weather conditions, which is why professional concrete restoration is essential. Historic preservation: Historic buildings and monuments require special concrete repair techniques to preserve their historical value and structure. German Armed Forces: Many military facilities, such as barracks, bunkers, garages, workshops, logistics centers, and naval port facilities, are partially constructed of concrete. Regular renovations help to repair cracks and damage and ensure the long-term stability of these structures. Taxiways, access roads, and landing strips used at military installations are subject to heavy wear and tear. Professional concrete restoration ensures safe and durable traffic surfaces. Remediation of salt-contaminated concrete: Effective methods for repair Concrete, although robust and versatile, is susceptible to environmental influences. Chlorides, which often penetrate the concrete through the use of road salt in winter, are particularly critical. These salts can reach the steel reinforcement and trigger corrosion processes. Corroding steel reinforcement causes the concrete to expand, crack, and gradually weaken the entire structure. This process can go unnoticed for years and, in the worst case, lead to the failure of the structure. The condition of concrete structures, especially bridges, has increasingly come under scrutiny in recent years. The recent bridge collapse in Dresden provides a disturbing example of the potential dangers of salt-laden concrete structures. This incident highlights the enormous risks that can arise from gradual concrete corrosion and the long-term effects of salt deposits. The repair of salt-contaminated concrete requires specialized techniques. Modern methods for desalination and stabilization of concrete aim to prevent further corrosion and repair existing damage. These methods employ special mortars and injection techniques that draw the salts out of the concrete and stabilize its structure. The repair of salt-damaged concrete is an important step in extending the service life of concrete structures damaged by chlorides and other aggressive substances. Concrete regularly exposed to road salt tends to develop cracks and corrosion damage to the steel reinforcement. This damage weakens the structure and can lead to costly repairs or even collapse. The professional restoration of salt-damaged concrete involves several steps. First, the condition of the concrete is examined to determine the depth of the salt contamination and the extent of the corrosion. Special desalination processes are then used to remove the salt from the concrete. Finally, the concrete is reinforced with special repair mortars and protective systems to prevent further corrosion. Repairing salt-damaged concrete structures can prevent costly new construction while ensuring the long-term stability and safety of existing structures. Professionals utilize innovative techniques to extend the lifespan of bridges, facades, and other concrete structures, protecting them from future damage. Whether in the private, commercial or public sector, professional concrete restoration offers the solution to numerous challenges and ensures the functionality and aesthetics of the buildings. %20to% 20Concrete Repair" class="btn btn-default">Submit an inquiry

Crack Detection Agent

Crack detection kit for metals, plastics, ceramics and glass Cleaner: Material-neutral special cleaner for dye penetrant testing. Suitable for metals, many plastics, ceramics, glass, etc. Suitability for plastics should be tested beforehand. Made in Germany. Diffusion agent: Red dye penetrant with excellent creeping properties for non-destructive materials testing – solvent-washable. Suitable for metals, many plastics, ceramics, glass, etc. Suitability for plastics should be tested beforehand. Developer: Colorfast, solvent-based special developer for dye penetrant testing. Suitable for metals, many plastics, ceramics, glass, etc. Suitability for plastics should be tested beforehand. Here you can find an application video of the crack detection kit .

Floor Coating for Renovation

Industrial Floor Coating for Floor Renovation Industrial floor coating system for the professional renovation of floors, which is also very well suited for the following applications indoors and outdoors: parking decks, underground garages, balconies, terraces, hotel entrances, etc. can be easily and quickly equipped with a new industrial floor coating. The right choice for high demands regarding impact resistance, for high mechanical stresses, as hygienic surfaces, and simultaneously attractive appearance. For rapid renovation of floor coverings even at very low temperatures. Also available with particularly high low temperature flexibility – the coating remains especially elastic even at the lowest temperatures. Option for particularly smooth, visually high-quality surfaces with enhanced scratch resistance and low soiling, e.g., for clean rooms, available. Broadcasting of chips for special anti-slip properties and installation of an elastic intermediate layer possible. The crack sealing serves to consolidate and impregnate extremely porous substrates, as well as to close cracks in composite screeds, concrete structures, and as a casting resin for screeds.

Keel Protection Tape KeelProtector

Self-adhesive keel protection tape available in various colors Even with light use of the boat , keel protection tape is recommended to protect the boat's skin . The durable and wear-resistant protective tape can be applied retroactively or renewed as needed (provided the skin is not too old and can still be adhered). The skin of folding boats is generally (very) sensitive , but can still withstand simple groundings, especially if the skin has been fitted with keel strips: Reinforcements to the boat skin should be applied particularly to the areas where the frame rests against the inside of the boat skin. Easy-to-apply, self-adhesive keel protection tape. Upper material: PVC, adhesive: acrylic Note: Not suitable for Hypalon, GRP, and folding boats. Test the keel strip for ! Available in the following colors: yellow, red, green, blue, orange, black and white

Maintenance (Technical-Chemical)

2-Component Epoxy Resin Systems for Repairs Workshops and repair departments throughout the industry find in Plastic Steel the ideal product for ► Aluminium, light metal, and die-casting repairs ► Touch-up and refurbishment of castings, pipes, and tanks ► Filling of cavities and micro-porosities ► Refurbishment of shafts, plain bearings, pumps, and housings ► Cold welding (where welding is problematic or impossible) In industrial design and manufacturing, Plastic Steel is used for model and mold making: ► as an aid for mold making for rubber and injection molded parts ► for the production of embossing stamps ► for templates and prototypes of zero-series ► for casting cutting tool guides ► for the production of clamping fixtures

Marine Emergency Repair Kit

Pipe Rehabilitation

Shaft rehabilitation Sewer and manhole rehabilitation projects utilize trenchless methods that minimize environmental impact and significantly accelerate the work. Lining is a proven method for manhole rehabilitation. This minimizes traffic disruptions and reduces environmental impact. The materials used are resistant to chemical and mechanical stresses, making them ideal for use in demanding urban environments. Wastewater structures, such as those for wastewater collection, conveyance, and treatment, are exposed to particular stresses. Biogenic sulfuric acid, fertilizers, de-icing agents, as well as untreated industrial wastewater, acids, car wash detergents, and chlorinated hydrocarbons are common sources of pollution. These factors place high demands on the operational reliability and watertightness of sewers and manholes to ensure the protection of groundwater and soil. Application examples for the rehabilitation of shafts and sewers Rehabilitation of urban and municipal sewage systems and manholes : In densely populated urban areas, rehabilitation is frequently carried out to renew old and damaged sewers and manholes without causing extensive construction work and traffic disruptions. Industrial sewage pipes and shafts : Industrial companies use these rehabilitation methods to repair sewage pipes and shafts that have been damaged by chemical substances or heavy mechanical stress. Sewerage and manhole rehabilitation in listed areas : In historic city centers, this trenchless technology is used to preserve existing structures while bringing the sewerage and manhole structures up to date. Residential areas and private properties : This technology also offers a minimally invasive and fast solution for the renovation of sewer systems and shafts on private properties or in residential areas. With these technologies, you benefit from a fast, clean, and sustainable solution characterized by high quality and durability. Rely on innovative processes and experienced experts to rehabilitate your sewer and manhole infrastructure safely and efficiently. Submit a request

Pipe Repair Kit

The set is designed for (emergency) repair of defective and damaged pipes and lines. It consists of a Repair Stick Multi-Purpose (approved for potable water), a special repair tape made of fiberglass-reinforced plastic, an installation manual, and a pair of protective gloves. The repair tape is impregnated with a special resin and is activated by contact with water. The pipe repair kit can be applied without any additional special tools and is intended for reliable and permanent sealing of cracks and leaks. It features very easy and fast application and offers excellent adhesion properties, high pressure and chemical resistance, as well as temperature resistance up to 150 °C. Within 30 minutes, the tape is fully cured and load-bearing. Due to the fabric properties of the tape, resulting in high conformity and straightforward processing, the repair kit is particularly suitable for leaks at bends or T-joints or in hard-to-reach places. It can be used on many different surfaces such as stainless steel, aluminum, copper, PVC, many plastics, fiberglass, concrete, ceramic, and rubber. Instructional video for Pipe Repair Kit

Repair/Maintenance Instructions (WEICON)

Repairs and refurbishments with WEICON products WEICON offers comprehensive solutions for a wide range of applications in the field of maintenance and repair in industry, trade and for demanding DIY projects worldwide. Our wide range of products is suitable for a variety of applications in different sectors. For larger repairs, optional repair service by partner companies may also be available. Contact us by email (ideally with photos) or by phone if you have specific questions about repair and maintenance. Practical examples of repairs using WEICON products Renewal of a machine tool bed Repair of a fan housing Attaching a logo to a sign Repair of a drive shaft Coating of a pump housing Manufacturing of axle boots Construction of a ceramic abrasion protection in pipe connections Repair of conveyor belts in a quartz sand plant Bonding of wheel rim and gear in a gravel plant Repair of agitators in a gold mine Repair of the end cap of a seawater filter on a yacht Padding of a machine/robot stand Bonding of polyethylene strips to aluminum rails Internal thread bonding of a pneumatic hammer Matching PUR wear protection mats in mill construction Bonding stoneware wastewater shafts to plastic channels Repair of a pump impeller Repair of the foundations of a conveyor system in a copper mine Bonding of the radiator of an electric racing car Repair of a polyethylene tank in agriculture Repair and reconstruction of pumps in a tomato factory Reconstruction of a corroded flange surface Repair of a tube bundle cooler Internal coating of pumps Remanufacture of a defective damper foot Repair of a fuel tank cap Repair of the insert of a shock absorber Adhesive bonding of illuminated signs Sealing and fixing of sockets in polyethylene feed containers Restoration of the rubberized protective coating of a hydraulic line Bonding of salt blocks in a dry-aging cold chamber Reconditioning of the edge runner mill of a pellet press Repair of a roller fender on a quay wall Ship repair of a catamaran / a keel Bonding of ID chips in the chip nest of waste containers Bonding of stainless steel sheets to aluminum Gap compensation of a pressure plate in a quarry Leveling a driveway at a scale Bonding and coating of a chair suspension Sealing a leak in a petroleum pipeline Bonding of a door locking system in a bus Manufacturing of truck axles Bonding of roller journals Repair of oil pipelines Repair of the pipes of a limestone filtration system Mill lining Bearing repair on a crane track Further applications of WEICON products for repair Repair of concrete floors and concrete parts Filling holes in the screed Emergency repairs of lines and pipes Repairs to valves in industry Maintenance of the outer cylinder of a pellet press Repair of a printing plate Repairing tiles Repairing trailer tarpaulin Installing baseboards mosaic gluing Sealing small cracks and holes Maintain fittings Locating leaks Repairs of metal and plastic parts Treatment of corroded surfaces. Repairs of leaks, cracks and breaks. Repairs to machine parts and tools Repairs to buildings and structures Repair of wooden parts. Glass and ceramic repairs Repair of seals and gaskets Repairs of composite materials Ship/boat repairs (including underwater repairs) Filling and sealing of cracks and defects in masonry, stone, concrete and ceramic slabs, bricks, edgings and curbs, statues, gravestones and ornaments... Further practical application examples for maintenance and repair (see second appendix) Here are some more examples: Applications at a swimming pond Repair of a heat pump tank Corrosion protection of the inner surface of refuse collection vehicles Bonding of rubber impact protection on sports rowing boats Repair of ship or boat propellers Fastening and adjustment of hose covers and couplings at bunkering stations in the port Bonding of low-energy spacer and sliding elements Manufacturing of designer toilet bases Restoration work on a large submersible pump Repair of rubber pipes in the gravel plant Bonding of rubber seals in vehicle construction Coating of propeller shafts and rudder shafts Pump maintenance Repair of a damaged carburetor in a vintage car Coating of a turbocharger in a ship engine Gluing model trees to an architectural model Repair of expansion bellows (rubber bellows) Coating of a dust extraction system Repair of a ship's propeller Bonding of polypropylene ventilation tubes Repair of a seal on a barrel press Repair of a pump in wastewater disposal Bonding of leg prostheses Adhesive bond on the gripping jaws of a paper roll clamp Bonding on designer steel tables Coating of aluminum profiles on lighting installations Repair of waste shredders for alternative fuels Repair of a burner tube for coal dust conveying in a cement plant Bonding of a sensor plastic insert for robots Repair of a conveyor belt in a gravel plant Repair/coating of a gravel filling hopper in a concrete plant Applications on railway carriages Bonding of inlet and outlet valves on a wine filtration system Adhesive bonding on an outdoor table in the city park Sealing battery packs in electric cars Repair of the seal of a butterfly valve on a ship Sealing/bonding of dispensing systems with Contact GEL 41 Temporary fixing of workpieces during wire EDM Repair of a belt press for sewage sludge Repair of the casing of a burn Note: We accept no liability for the repairs!

Restoration Mortar / Repair Mortar

Mineral repair mortar from Italy for the restoration of historic masonry, natural stone and exposed bricks. Through the combination of natural lime, selected aggregates (e.g., cocciopesto, marble dust, or crushed sand), and low chemical reactivity, this mortar offers maximum compatibility with old building fabric – without stress or cracking. " Restoring like in Venice " represents a form of historic preservation that combines the highest level of craftsmanship, respect for the historical substance, and the use of authentic, natural materials. It means preserving and renovating buildings in such a way that their history and beauty are permanently preserved – especially in a city like Venice, which sets a global standard due to its unique architecture and delicate environment. Central to this context is the Venice Charter of 1964 – an internationally recognized milestone in historic preservation. To this day, it defines the fundamental principles for the preservation and restoration of historic buildings and, as a seminal text of the 20th century, is deeply rooted in the understanding of historic building practices. ✅ Product advantages of the restoration mortar at a glance Natural lime-based binder (NHL) Highly vapor-permeable and moisture-regulating – protects against mold and structural damage Antiseptic – naturally inhibits mold and bacteria Salt-resistant and free from synthetic additives Stone restoration mortar ideal for natural stone, brick and mixed masonry Flexible & low-stress – prevents cracks in movable masonry Color-adaptable for a historically appropriate appearance Environmentally friendly & reversible – low CO₂ emissions and easily reworkable Suitable for indoor and outdoor use Pumpable, can be processed with a trowel or machine Top quality, made in Italy near Venice Tried and tested over the long term – historically proven and permanently durable Lime was already used in the Roman Empire – and many of these buildings still stand today. Its durability and natural properties make it popular again today. Restoration mortars/plasters & repair mortars These repair mortars are specifically designed for bricklaying, pointing, supplementing and repairing historical masonry structures and therefore belong closely to the category of stone repair mortar is particularly suitable for historic walls, featuring a soft mix and available in a wide range of colors to match the original structure. Its high compatibility with existing building materials prevents stress and damage within the masonry. For particularly fine-grained applications, a repair mortar (DD-HRS-RC-13) is available for the so-called "sewing and unpicking" method. This product is ideal for the restoration of exposed brickwork where damaged joints or stones need to be replaced selectively. RC-13 is easy to work with, pumpable, and has excellent breathability. What exactly does "Sewing & Unpicking" (in Italian "Cuci e Scuci" ) mean? “Unpicking” (literally: “to separate”) refers to the selective removal of defective masonry elements – e.g. cracked or damp bricks or damaged joint areas. “Sewing” (literally: “to sew”) means the reinsertion of new, matching stones with a suitable restoration mortar, as true to the original as possible – “like a seam”. The fine plaster (DD-HRS-H-12) is a thin-layer, fine-grained solution for surfaces made of natural stone, brick, or terracotta. It accentuates the original structure of the masonry and is preferably used on historic facades, arcades, or interior walls that are to remain visible. This fine-grained plaster mix for restoration, with a thin layer thickness, emphasizes the natural structure of brick, stone, or cocciopesto. Ideal for fine exposed masonry surfaces, both indoors and outdoors. Available in various shades. The grout (DD-HRS-H-77) was developed specifically for historic floors. It is suitable for color-matched grouting of terracotta tiles, natural stone slabs, or antique floor coverings – especially in the interiors of listed buildings, courtyards, or loggias. This natural grout, made from cocciopesto and hydraulic lime, is specially formulated for terracotta, natural stone, or brick floors. It comes standard in brick red and is also available in sand yellow or terra brown upon request. Surface treatments & decorative plasters These products are fine plasters, glazes, or decorative coatings . They serve for aesthetic restoration and surface protection , but not for structural reinforcement or strengthening. Several lime- and cocciopesto-based fine plasters are used in surface treatment: DD-HRS-RC-12 is a fixative for moisture regulation and substrate consolidation. It improves the adhesion of subsequent coatings and protects mineral substrates from harmful moisture penetration. DD-HRS-RC-14 is a particularly fine lime finish used for smooth walls, fresco surfaces, or elegant interior surfaces. DD-HRS-RC-15 offers a slightly coarser finish, well-suited for rustic facades or roughly textured wall surfaces. For medium-grained applications with a Mediterranean character, DD-HRS-RC-16 is recommended – a Cocciopesto lime plaster that is both decorative and functional and can be used indoors and outdoors. For particularly elegant wall designs, two Marmorino variants are available: DD-HRS-RC-19, a very fine microlime product for smooth, slightly glossy surfaces, and MC Mastro Calce , a classic Marmorino with natural marble content, distinguished by its polishability and elegant appearance. Both are ideally suited for exclusive interiors. Another decorative product is DD-HRS-H-18D, a marble-effect decorative plaster with a 3–5 mm grain size. It creates textured, antique-looking surfaces and is suitable for both interior and exterior use – for example, on facades, wall niches, or under arcades. All the products mentioned are characterized by their natural composition, high water vapor permeability, and compatibility with historical building materials . They are the ideal choice for restorations in accordance with historic preservation guidelines, sustainable renovations of old buildings, and stylish, ecologically oriented new buildings. Further complementary renovation and sealing solutions for listed buildings made in Germany %C3% BCtted %20Geb% C3%A4ude.jpg" alt="Renovation and sealing of listed buildings" width="600" height="400" /> Furthermore, we offer high-quality renovation and sealing solutions for listed buildings, manufactured in Germany: 1. Sealing and moisture protection systems Mineral sealing slurries and fast-setting mortars for damp or pressurized water areas. Suitable for sealing foundations, cellars, shafts and historic masonry. Goal: Protection against moisture, prevention of mold and material loss. 2. Repair and supplementary mortar Special repair concretes and mortars for structural repairs (e.g. joints, cracks, defects). Also suitable for applications on walls, ceilings or overhead. Properties: highly adhesive, frost/de-icing salt resistant, vapor permeable. 3. Corrosion protection for reinforcement Cementitious or mineral protective coatings for exposed steel in historic concrete structures. Prevents rust formation and extends the service life of the component. Frequently used as a substrate preparation for subsequent repair mortars. 4. Fine filler and surface mortar Thin-layer fillers for the optical and functional restoration of surfaces. Applications: Filling pores, smoothing surfaces, and restoring the original appearance. It enables design that respects historical monuments and ensures aesthetic uniformity. 5. Combination of traditional & modern methods Use of mineral, natural building materials in combination with modern protective technologies. Goal: Preservation of the substance, authenticity and simultaneous fulfillment of today's requirements (e.g. moisture protection, energy efficiency). ✅ Summary We usually only supply the materials, but if required we can also arrange for the appropriate specialist companies to carry out the renovation work. Sealing (protection against moisture/water) Stabilizing (repairing breaks, cracks, joints) Protection (corrosion protection for reinforcement, climate-regulating systems) Design (fine plastering for a historically appropriate appearance) Preservation (combination of traditional materials with modern technology) %B6rtel% 20and%20Decorative plasters" class="btn btn-default">Submit an inquiry Reference projects in the field of monument preservation - restoration & renovation Historic buildings and villas Restoration of the Villa La Rotonda in the province of Vicenza Restoration of the Villa Metikè in Cona Veneta (Province of Venice) Restoration of the Palazzo Borromeo in the province of Milan Restoration of the Palazzo Riccati Avogadro in Castelfranco Veneto (Province of Treviso) Restoration of the Palazzo Morona in Pieve di Soligo (Province of Treviso) Restoration of the Campo San Provolo Palace in Venice Restoration of the San Angelo Palace in Venice Restoration of the loggia of the Curia in the province of Forlì-Cesena Restoration of the Historic Palace of the Municipality and University in Treviso Churches, monasteries and religious buildings Renovation and restoration of the church of San Giovanni Crisostomo in Venice Restoration of the Sanctuary of the Madonna delle Grazie in San Giovanni Crisostomo in Venice Restoration of the Church of San Lorenzo and its associated tower in Venice Restoration of the Church of San Raffaele in Venice Restoration of the Madonna della Salute church in Venice Restoration of the former church of San Teonisto in Treviso Restoration of the Episcopal Baptistery in Treviso Castles and fortresses Restoration of the medieval castle of Tarzo (Province of Belluno) Restoration of San Salvatore Castle in Susegana (Province of Treviso) Restoration of the historic city walls of Staggia Senese (Province of Siena) Infrastructure & public spaces Restoration of the Rialto Bridge in Venice Completion of the restoration work on the town hall and Calle dei Buranelli in Treviso Restoration of the Stucky Mill in Venice Restoration of the international library “Degli Armeni” and adjacent buildings on the Armenian Island in Venice

Rubber Repair Kit

The 2-component polyurethane system is a powerful solution for the fast repair, patching, and coating of rubber surfaces. It features a high curing speed and high elasticity, making it particularly wear-resistant as well as impact and abrasion resistant. Due to its high mechanical strength, it is especially suitable for repairs on rubber and metal parts that are exposed to shocks, abrasion, vibrations, or oscillations. The polyurethane system is easy and quick to process and is suitable for numerous applications, such as repairing and coating conveyor belts, patching rubber coatings, as flexible wear protection, and for the fast repair of worn rubber surfaces. The set includes, in addition to the polyurethane system, a primer for surface pretreatment and a spatula for even application of the compound. To cover as many application cases as possible, besides the classic 500 g working set processed by hand, another packaging option, an easy-to-handle 540 g dual cartridge, is also available. Instructional video for the repair of a conveyor belt

Rust Converter

Effective rust converter and rust stopper Application areas of the rust converter Vehicle technology & vehicle restoration: Ideal for treating car bodies and metal parts to remove rust and improve the paint surface. Mechanical engineering & plant maintenance: Perfect for the maintenance of machinery and equipment in industry, as it effectively stops the corrosion process and extends the service life of the equipment. Agriculture & Horticulture: Ideal for agricultural equipment and tools that are frequently exposed to harsh weather conditions. Construction & House Building: For the protection of structural steel, railings, fences and other metal structures in private and commercial construction. Shipbuilding & maritime applications: It can also be used in shipbuilding to protect metal parts from salty environments. German Armed Forces & Navy: Rust converters are also used in military applications, such as by the German Armed Forces, and in the maritime sector. They protect vehicles, equipment, and marine installations from aggressive environmental influences and corrosion. Application and processing instructions for the rust stopper Surface preparation: Clean the surface thoroughly and remove all loose rust, dirt and paint residue to ensure optimal adhesion. Application: Shake the product well before use and apply a thin layer with a brush or roller. After approximately 15 minutes, the rust should be transformed into a stable, black protective layer. If necessary, another layer can be applied after 30 minutes. Post-treatment: Allow the treated area to dry and ventilate sufficiently before applying any further coating (e.g., painting) – depending on the ambient temperature, this may take between 3 and 24 hours. Conclusion The rust converter offers an effective and time-saving solution for sustainably combating rust while simultaneously creating a protective base. With its simple application and versatile uses – from vehicle restoration and industrial applications to construction projects, as well as military applications in the German Armed Forces and the maritime sector – it represents an optimal choice for reliable corrosion protection. Integrate this innovative rust protection into your project and benefit from long-lasting, robust protection for your metal surfaces – for results that are truly impressive!

Rust Remover

Remove rust with rust remover gel Apply the rust remover gel liberally to the surface with a brush and work it in thoroughly. This technique allows the rust remover gel to penetrate all cracks and crevices. Keep the treated area as moist as possible (e.g., with foil) to prevent the gel from drying out. This method increases its effectiveness. Allow it to work for at least 24 hours, depending on the degree of rust. Then rinse thoroughly with clean water and a sponge or brush, and dry. The process can be repeated several times if necessary. After treatment, the passive layer on the surface should be sealed promptly with a protective coating (e.g., zinc spray, aluminum corrosion protection, wax-based corrosion protection, or corrosion- and weather-resistant surface coating – also available from us upon request). Applications of the rust remover Vehicle technology: Ideal for removing rust from vehicle bodies, rims or interiors to improve lifespan and appearance. Industry and mechanical engineering: Perfect for the maintenance and repair of machines, systems and production equipment where rust can lead to malfunctions. Construction: Effective for cleaning and preparing metal components, railings, bridges and other building elements that can rust due to weathering. Tool and machine construction: For the refurbishment of hand and power tools as well as machine components to maintain their precision and longevity. Shipbuilding: Supports the maintenance of ship components and maritime installations that are particularly susceptible to rust formation due to saline environments. DIY projects: Also suitable for private use, for example when restoring garden furniture, bicycles or other metal objects that require quick and thorough rust removal. German Armed Forces: The Weicon rust remover gel is also used by the German Armed Forces. It is employed in the regular maintenance and repair of military vehicles, technical systems, and equipment. Particularly in demanding environments – such as deployments in humid, saline, or corrosive climates – the gel helps prevent rust formation on critical components. This not only ensures operational readiness but also significantly improves the longevity of the equipment used. Optimize your rust treatment processes – whether in industry, vehicle or shipbuilding, construction, DIY projects, or for special requirements such as those of the German Armed Forces. Rely on Weicon for sustainable and economical results that deliver convincing results.

Specialty Products for the Rubber & Plastics Industry (Chemical-Technical)

Surface Protection for Industrial Plants

Acid-resistant construction and chemical-resistant surface protection Industrial surface protection systems are essential to protect your equipment from daily challenges. From chemical resistance and mechanical strength to thermal stability – the right coating solution offers comprehensive protection. Depending on the application, certain surface requirements are necessary: Good water vapor diffusion capacity and high resistance to carbon dioxide diffusion. Heat resistance (according to ZTV-BEL-B) grip Chemical resistance Conductivity Cleaning option Crack bridging Wear resistance Wastewater structures, such as those for wastewater collection, conveyance, and treatment, are subject to particular stresses. Biogenic sulfuric acid, fertilizers and de-icing agents, as well as untreated industrial wastewater and acids, car wash detergents, and chlorinated hydrocarbons are among the most common pollutants. Protecting groundwater and soil therefore places high demands on the operational reliability and watertightness of sewers, shafts, tanks, and containment basins made of concrete, steel, stone, brick, etc. Challenges and our suitable surface protection solutions: Chemical resistance Challenge : Aggressive chemicals and acids can corrode surfaces and cause structural damage. Solution : Highly resistant coating systems offer protection against a wide variety of chemicals and prevent corrosion and chemical abrasion. Mechanical loads Challenge : Strong mechanical stresses, such as those found in warehouses and production facilities, lead to wear and tear and damage. Solution : Abrasion-resistant coatings withstand even the strongest mechanical influences and are ideal for high-traffic areas. Thermal loads Challenge : Temperature fluctuations and high temperatures can lead to material fatigue and cracking. Solution : Special coating systems designed for high temperatures offer excellent crack bridging and preserve the integrity of the surface. Long-term durability Challenge : Regular renovation work is costly and time-consuming. Solution : Long-lasting coating systems protect surfaces for many years, saving costs in the long term and minimizing disruptions to operations. Why choose a high-quality surface protection system? Long-term protection : High-quality coatings extend the service life of your industrial plants and reduce the need for frequent refurbishments. Versatile applications : Suitable for various areas such as warehouses, production facilities, chemical storage facilities and more. Cost savings : Long-term investment in surface protection leads to lower maintenance costs and downtime. Where is our industrial surface protection used? warehouses Application : Protection of floors from mechanical wear and tear caused by forklift traffic and warehouse racks. Advantage : Longer lifespan of the floors and reduced maintenance costs. Production facilities Application : Protection against chemical spills and mechanical damage from machinery. Advantage : Avoidance of production downtime and cost savings through reduced maintenance. Chemical storage facilities Application : Protection of surfaces from aggressive chemicals and their vapors. Advantage : Increased safety and compliance with environmental regulations. Food processing plants Application : Protection against moisture, cleaning agents and mechanical influences. Advantage : A hygienic and safe working environment that complies with strict regulations. Parking garages and underground car parks Application : Protection of concrete surfaces from de-icing salts, oils and mechanical abrasion. Advantage : Longer lifespan of the parking areas and lower renovation costs. Pharmaceutical facilities Application : Protection against chemical influences and mechanical stress in cleanrooms. Advantage : Maintaining cleanroom conditions and protecting the sensitive production environment. Power plants Application : Protection of concrete and steel structures from extreme temperatures and chemical attacks. Advantage : Extended service life of the systems and increased operational reliability. Water treatment plants Application : Protection of surfaces from aggressive chemicals and biological influences. Advantage : Increased durability and reduced maintenance. Oil and gas facilities as well as offshore facilities Application : Protection against corrosion caused by chemical and mechanical influences. Advantage : Improved safety and longevity of the systems and offshore structures such as wind turbines and oil platforms. Wastewater treatment plants Application : Protection of surfaces against chemical attacks and mechanical stress from wastewater. Advantage : Longer lifespan and higher efficiency of the systems. Logistics centers Application : Protection of floor coverings from wear and tear caused by constant goods traffic. Advantage : Reduced maintenance costs and higher operating efficiency. automotive industry Application : Protection of production and storage areas from chemical and mechanical influences. Advantage : Increased surface lifespan and compliance with strict quality standards Sewer and manhole rehabilitation Application : Protection and rehabilitation of canals and shafts against chemical attacks, abrasion and erosion. Advantage : Extended lifespan of the sewer system and improved infrastructure for wastewater disposal. Other areas of application for our industrial surface protection: concrete renovation / concrete repair , concrete sealing, drinking water tanks, separator systems, manholes, digesters, tank basins, collection basins (e.g. for transformers) , washing lines, steel tanks, concrete tanks and other storage, filling and handling facilities. Find the right surface protection solution for your industrial plant Whether it's a warehouse, production facility, or chemical storage facility – choose a surface protection system that meets your specific requirements. Ensure long-term protection and benefit from an extended service life for your industrial equipment. %A4chenschutz% for industrial plants" class=" %C3% btn-default">Submit an inquiry

WEICON A Epoxy Resin 0.2 kg

The WEICON A epoxy resin system is DNV-GL certified and particularly suitable for repair work in the maritime industry. It can be used to repair corrosion damage and pitting on tanks, repair pipes and castings, and patch cracks in housings and machine parts. WEICON A is also used in the production of models, molds, tools, and clamping devices. This epoxy resin system can be used in mechanical engineering, toolmaking, model and mold making, and many other industrial sectors.

WEICON A Epoxy Resin 0.5 kg

The WEICON A epoxy resin system is DNV-GL certified and particularly suitable for repair work in the maritime industry. It can be used to repair corrosion damage and pitting on tanks, repair pipes and castings, and patch cracks in housings and machine parts. WEICON A is also used in the production of models, molds, tools, and clamping devices. This epoxy resin system can be used in mechanical engineering, toolmaking, model and mold making, and many other industrial sectors.

WEICON A Epoxy Resin 2.0 kg

The WEICON A epoxy resin system is DNV-GL certified and particularly suitable for repair work in the maritime industry. It can be used to repair corrosion damage and pitting on tanks, repair pipes and castings, and patch cracks in housings and machine parts. WEICON A is also used in the production of models, molds, tools, and clamping devices. This epoxy resin system can be used in mechanical engineering, toolmaking, model and mold making, and many other industrial sectors.

WEICON B Epoxy Resin 0.5 kg

The WEICON B epoxy resin system is particularly suitable for detailed reproductions in model and mold making, for the production of tools, templates, gauges and clamping devices, for filling cavities and microporosities in castings, as well as for general repair work where a potting compound is advantageous. It can be used in mechanical engineering, toolmaking, model and mold making, and many other fields.

WEICON B Epoxy Resin 2.0 kg

The WEICON B epoxy resin system is particularly suitable for detailed reproductions in model and mold making, for the production of tools, templates, gauges and clamping devices, for filling cavities and microporosities in castings, as well as for general repair work where a potting compound is advantageous. It can be used in mechanical engineering, toolmaking, model and mold making, and many other fields.

WEICON BR Epoxy Resin 2.0 kg

The epoxy resin system WEICON BR is particularly suitable for filling voids and for the repair and reconditioning of bronze parts and bronze castings. It can be used throughout the marine and inland shipping sector as well as in many other areas of industry.

WEICON C Epoxy Resin 0.2 kg

WEICON C is a temperature-resistant and flowable epoxy resin system specifically designed for industrial applications. The adhesive is non-corrosive, non-magnetic, and cures with virtually no shrinkage. WEICON C is particularly suitable as an adhesive for large-area applications, for casting molds, and for the production of fixtures and tools (e.g., injection molds). It can be used in tool and mold making, as well as in many other industrial sectors subject to high temperatures.

WEICON C Epoxy Resin 0.5 kg

WEICON C is a temperature-resistant and flowable epoxy resin system specifically designed for industrial applications. The adhesive is non-corrosive, non-magnetic, and cures with virtually no shrinkage. WEICON C is particularly suitable as an adhesive for large-area applications, for casting molds, and for the production of fixtures and tools (e.g., injection molds). It can be used in tool and mold making, as well as in many other industrial sectors subject to high temperatures.