HEGGEL Corr 210 is a two-component hybridised epoxy High-Tech coating, providing special chemical resistance in temperatures ranging from -70°C to +190°C when immersed and up to +250°C when not immersed. This advanced, solvent-free coating is the result of cutting-edge technologies that seamlessly integrate organic and inorganic molecules at a molecular level. This unique blend delivers remarkable thermal stability and creates a highly crosslinked structure, granting an unparalleled level of chemical resistance. The cured coating not only excels in sliding abrasion resistance but also boasts a smooth finish that improves fluid flow and mitigates sludge build-up. HEGGEL Corr 210 can be effectively cleaned using high-temperature steam.

Characteristics:

• Excellent broad range chemical resistance
• Resist dissolved H2S at high temperatures
• In situ application to exterior of hot surfaces
• Very high fouling resistance     
• Cleanable using high temperature steam
• Resistant to CUI service
• Single coat curing at ambient temperature

HEGGEL Corr 211 is a two-component hybridised epoxy coating that offers exceptional temperature resistance. It is designed to withstand temperatures ranging from -50°C to +170°C when immersed and up to +230°C when not immersed. This innovative coating is the outcome of state-of-the-art technologies that combine organic and inorganic molecular structures at their foundation. The unique fusion of these elements results in outstanding thermal stability and the formation of a highly crosslinked structure, providing an unmatched level of chemical resistance. Once cured, the coating exhibits outstanding mechanical characteristics, including enhanced abrasion resistance and remarkable impact resistance.

Characteristics:

• Excellent broad range chemical resistance
• In situ application to exterior of hot surfaces
• Resistant to CUI conditions
• Single coat curing at ambient temperature
• Very high fouling resistance

Highlights:

• High chemical resistance to concentrated/diluted acids and alkalis across pH 1-14
• Temperature resistance from -50°C to +170°C immersed and +230°C non immersed
• Self-priming single coat system curing at ambient temperature
• Easy application by spray / brush / roller
• Long-lasting impermeability

HEGGEL Corr 212 is a two-component semi paste-grade coating based on hybridized epoxy that provides exceptional resistance to corrosion in extremely harsh chemical environments, sustaining optimal performance within temperatures ranging from -70°C to +225°C by immersion and up to +280°C under non-immersed conditions. HEGGEL Corr 212 is a state-of-the-art semi paste-grade coating system developed from innovative technologies that meld organic and inorganic molecular structures at the fundamental level. The resulting thermal stability, and highly crosslinked structure, affords an unmatched spectrum of chemical resistance from sub-ambient temperatures to those exceeding 225°C, with only ambient curing required. The cured coating not only offers outstanding adhesive strength but also displays resistance to sliding abrasion and a notably smooth finish, making it ideal for fluid flow enhancement and sludge build-up prevention. HEGGEL Corr 212 is able to withstand steam cleaning process at temperatures above 225°C. Moreover, the option for an on-site application on the exterior of a hot surface is available through HEGGEL Corr 212.

Characteristics:

• Exceptionally resistant against a wide range of chemicals
• Demonstrating remarkable level of abrasion resistance and impact strength
• Self-priming single layer coating
• Solvent-free
• Resistant against H2S/Amines even by elevated temperatures
• Resistant to CUI conditions (Corrosion Under Insulation)
• Highly resistant against fouling
• Simple curing process at ambient temperature

Highlights:

• Outstanding chemical resistance in harsh environments e.g H2S / Amines / 98% H2SO4 / ...
• Temperature resistance ranging from -70 up to +225°C immersed and +280°C non-immersed
• Self-priming single coat system curing at ambient temperature
• Easy application by spray / brush / roller
• Minimized downtime with fast onsite application due to rapid ambient cure
• Maximum Dry Film Thickness (DFT) up to 4200 microns

HEGGEL Corr 214 is an advanced two-component coating, offering exceptional resistance to corrosion in harsh chemical environments temperature resistance from -70°C to +190°C in immersed and up to +250°C under non-immersed conditions. Its innovative technology combines organic and inorganic molecular structures, resulting in unmatched thermal stability and a highly crosslinked structure. The cured coating offers outstanding adhesive strength and abrasion resistance. HEGGEL Corr 214 can be effectively cleaned using high-temperature steam.

Characteristics:

• Excellent broad range chemical resistance
• Insitu application to exterior of hot surfaces
• Very high fouling resistance
• Cleanable using high temperature steam
• Resistant to CUI conditions
• Single coat curing at ambient temperature

HEGGEL Corr 216 is a two-component special composite coating featuring a unique molecular structure. Formulated with advanced epoxy resin, it offers superior chemical and temperature resistance on a wide range of substrates. Moreover, it exhibits excellent abrasion resistance and high adhesion strength to various substrates.

HEGGEL Corr 216 is a 2-component special composite coating featuring a unique molecular structure. Formulated with advanced epoxy resin, it offers superior chemical and temperature resistance on a wide range of substrates. Moreover, it exhibits excellent abrasion resistance and high adhesion strength to various substrates.

Characteristics:

• Excellent chemical resistance
• High fouling resistance
• Superb abrasion resistance
• Temperature resistance up to 180ºC
• Solvent-free
• Single coat curing at ambient temperature
• Ambient curing coating

HEGGEL Corr 217 is an advanced polymer coating that utilizes nanotechnology and is fortified with specialized fillers. It is meticulously formulated to provide robust protection against corrosive agents prevalent in the chemical industry, enhancing the durability and performance of industry-specific equipment.

HEGGEL Corr 217 is specifically engineered for exceptional chemical and thermal resistance, maintaining its integrity at high temperatures where conventional coatings falter. Additionally, it exhibits superior mechanical strength and outstanding adhesion properties on both steel and concrete substrates, making it ideal for demanding environments in the chemical industry.

HEGGEL Corr 220 is an innovative coating based on nano-technology system enhanced with advanced fillers, specifically engineered to protect components exposed to highly aggressive chemicals in the chemical industry. Its chemical resistance is particularly outstanding at high temperatures, outperforming other coatings that often fail under similar conditions. The coating exhibits exceptional adhesion to steel and concrete surfaces, making it well-suited for large secondary containment areas.

Characteristics:

• Nano-technology based coating with ultra-high resistance to full immersion in concentrated organic/mineral acids, alkalis and solvents at room and elevated temperatures.
• Cures at ambient temperature.
• Excellent adhesion.
• Excellent abrasion resistance.
• Single coat application without primer

HEGGEL Corr 220 AF represents an innovative nano-technology-based coating, enriched with advanced fillers and designed with anti-fouling properties. It is meticulously engineered for the protection of components frequently exposed to highly aggressive chemicals, particularly in the chemical industry. This coating is notable for its superior chemical and fouling resistance at elevated temperatures. With its exceptional adhesion properties, HEGGEL Corr 220 AF is ideal for use on steel and concrete surfaces, especially in extensive secondary containment areas.

Characteristics:

• Nano-technology based coating with ultra-high resistance to full immersion in concentrated organic/mineral acids, alkalis and solvents at room and elevated temperatures.
• Prevents fouling and sludge build up
• Cures at ambient temperature
• Excellent adhesion
• Excellent abrasion resistance
• Single coat application without primer

HEGGEL Corr 230 is an advanced two-component ceramic coating with superior high-temperature resistance and anti-corrosion properties. It exhibits exceptional adhesion to both metallic and refractory surfaces, making it an ideal choice for a wide range of applications. It is advised not to use this coating for applications involving full immersion services.

Characteristics:

• 100% solids inorganic ceramic anticorrosive coating offering temperature resistance of +550ºC
• Thin film application in 1 coat
• Resists salt spray
• Outstanding resistance to thermal shock
• Self-priming
• UV resistant
• Resists thermal cycling

HEGGEL Corr 240 is a solvent-free phenolic epoxy-based coating known for its excellent resistance, specifically tailored for equipment subjected to high-pressure process fluids and gas mixtures. This coating is ideal for gas pressure/separator vessels and down-hole tubulars. HEGGEL Corr 240 rapidly cures to form a smooth, highly abrasion-resistant finish, enhancing fluid flow and preventing the build-up of paraffin, asphaltene, and scale. Its extraordinary adhesive strength, exceeding 4200 psi, along with its resistance to gas permeation, enables it to endure explosive decompression cycles.

Characteristics:

• 100% solids modified phenolic epoxy offering excellent resistance to equipment exposed to high-pressure process fluids and gas mixtures
• specifically designed for gas pressure / separator vessels and down-hole tubulars
• Excellent resistance to hydrocarbons, water and gases rich in H2S and CO2
• Excellent resistance to acids and solvents
• High abrasion and impact resistance
• Self-priming, single coat system bonding tenaciously to metallic surfaces
• Resists explosive decompression

HEGGEL Corr 250 is a ceramic/metal epoxy coating, specially formulated for resurfacing and protecting equipment against erosion and corrosion. This hand applied coating offers exceptional abrasion resistance, making it particularly effective against areas impacted by erosion and wear damage from particles. Notably resistant to fine particle abrasion, it can be applied up to a dry film thickness (DFT) of 15 mm. HEGGEL Corr 250 is not advised for situations involving cavitation erosion.

Please consult HEGGEL GmbH for suitable product recommendations under cavitation conditions.

Characteristics:

• Multi-purpose, 100% solids, ceramic/metal epoxy engineering resurface grade specially designed to protect equipment suffering from corrosion/erosion.
• Easy application due to extended potlife with short hardening and service time
• Self-priming bonding tenaciously to steel, stainless steel, cast iron, copper, bronze, aluminium, alloys and concrete.
• Very high sliding abrasion resistance
• Very smooth frictionless finish

HEGGEL Corr 260 is a two-component ultra-smooth coating, designed to enhance energy efficiency and prolong the service life of critical equipment. Its hydrophobic nature creates a frictionless surface that not only improves fluid flow but also effectively resists cavitation, erosion, fouling, and sludge build-up. When used as a surface coat alongside HEGGEL Fix products, it can prolong equipment life and enhance its initial engineering performance specification. This can lead to reduced equipment maintenance costs and energy consumption, ultimately lowering overall operational expenses.

Characteristics:

• Ultra smooth, hydrophobic, 2-component, 100% solids coating.
• Provides efficiency enhancement of pumps, infrastructure and equipment where flow resistance must be minimised. New and old equipment can be treated
• Prevents fouling and sludge build up
• Self-priming bonding tenaciously to rubber, urethane, steel, stainless steel, cast iron, copper, bronze, aluminium, alloys and concrete.

HEGGEL Corr 270 is a solvent-free, graphite-modified phenolic lining designed for ultra-high chemical resistance, particularly against concentrated organic and mineral acids, with a specific emphasis on concentrated hydrofluoric acid at elevated temperatures up to 100°C. HEGGEL Corr 270 is an ideal choice for protecting components that transport fluorinated acids, including hydrofluoric acid. The maximum operating temperature of this advanced coating system varies depending on the specific chemical application, ensuring tailored protection for a range of aggressive substances.

Characteristics:

• Solvent-free, graphite modified, phenolic lining offering ultra-high chemical resistance to concentrated organic / mineral acids and more specifically concentrated hydrofluoric acid at elevated temperatures up to 100 °C. Can be used up to 180 °C in acid vapours
• Electrically dissipating
• Cures at ambient temperature
• Can be applied to both metallic and concrete surfaces

HEGGEL Corr 280 is an advanced ceramic coating system with high-temperature anticorrosion capabilities. It provides exceptional resistance to thermal shock, cycling, and abrasion. HEGGEL Corr 280 is designed to withstand temperatures of up to +250°C, making it ideal for applications requiring robust thermal resistance.

Characteristics:

• 100% solids hybrid ceramic coating offering temperature resistance of +250°C
• Cures fully at ambient temperature
• Self-priming thin film application in one coat
• Outstanding resistance to thermal shock, cycling and abrasion

HEGGEL Corr 290 an innovative, modified phenolic hybrid coating system, is meticulously formulated to provide protection for equipment involved in the conveyance of nitric acid and more specifically, oxygenating chemicals at both ambient and elevated temperatures. The maximum operational temperature resistance depends on the specific chemicals in use.

Characteristics:

• Solvent-free
• Exceptional chemical resistance, withstanding oxygenating chemicals, concentrated nitric acid / organic acids.
• Ambient curing coating
• Applicable both on metallic and concrete substrates
• Temperature resistance up to 100ºC and can be used up to 180ºC in acid vapours