Industrial protection
Industrial Coating Solutions
Start with the engineering problem, operating condition and equipment type before reviewing a coating family or individual product.
Browse by industry
Browse by equipment
Assessment workflow
From operating evidence to a maintainable coating system
A solution starts with the actual failure mechanism, not a product name.
Understand equipment and service
Record the equipment, substrate, medium, temperature pattern and access window.
Identify the failure mechanism
Separate corrosion, wear, heat flow and application causes before selection.
Define protection objectives
Define the required protection, inspection access and maintenance outcome.
Match the coating system
Match compatible layers to the confirmed substrate and operating exposure.
Control application and maintenance
Plan preparation, application controls, curing, inspection and later repair.
DAYU-X
Industrial protection solution library
Wear and Erosion Protection
Protection for material-contact surfaces exposed to abrasion, erosion and repeated impact.
- Problem
- Abrasion, particle erosion, impact and combined corrosion
- Typical equipment
- Silo and hopper · Bucket elevator · Dust collection equipment
- Typical industries
- Cement · Power & Energy · Steel
Chemical Corrosion Protection
Barrier protection selected around an identified chemical medium and exposure mode.
- Problem
- Permeation, blistering, pitting and loss of adhesion
- Typical equipment
- Storage tank · Pipeline · Scrubber
- Typical industries
- Power & Energy · Steel · Petrochemical & Refining
High Temperature Corrosion Protection
Protection for hot equipment affected by oxidation, corrosive gas and thermal cycling.
- Problem
- Oxidation, scaling, cracking and corrosion during cooldown
- Typical equipment
- Boiler · Industrial kiln · Chimney and flue
- Typical industries
- Cement · Power & Energy · Steel
Industrial Equipment Thermal Insulation
Thermal management for equipment and pipework where heat-flow direction, geometry and maintenance matter.
- Problem
- Heat loss, hot spots, thermal bridges and insulation discontinuity
- Typical equipment
- Boiler · Industrial kiln · Pipeline
- Typical industries
- Cement · Power & Energy · Steel
Industrial Solar Heat Reduction
Solar-reflective protection for roofs, tanks and exposed outdoor surfaces.
- Problem
- Solar heat gain, weathering and local discontinuity at roof details
- Typical equipment
- Industrial roof · Storage tank · Silo
- Typical industries
- Power & Energy · Petrochemical & Refining · Grain, Feed & Agricultural Storage
Building Thermal Insulation
Coating-based wall insulation for prepared internal and external building surfaces.
- Problem
- Heat transfer, moisture-related defects, cracks and weak finishes
- Typical equipment
- Building wall · Industrial building envelope
- Typical industries
- Grain, Feed & Agricultural Storage · Industrial Buildings & Logistics · Building Energy Efficiency
Boiler Corrosion and Erosion Protection
Condition-based protection for waterwalls, tube banks, flues and gas-treatment equipment.
- Problem
- Oxidation, scaling, cracking and corrosion during cooldown
- Typical equipment
- Boiler · Waterwall · Economizer
- Typical industries
- Power & Energy
Alkali Recovery Boiler Deposit & Surface Protection
Inspection-led planning for deposits and surface deterioration inside recovery boilers.
- Problem
- Cracking, peeling, deposits, local corrosion and uncertain adhesion
- Typical equipment
- Recovery boiler · Tube bank · Superheater
Storage Tank Roof Coating Maintenance
A condition-assessment workflow for tank-roof coating repair and maintenance.
- Problem
- Cracking, peeling, deposits, local corrosion and uncertain adhesion
- Typical equipment
- Storage tank roof · Tank shell · Welds
- Typical industries
- Power & Energy · Petrochemical & Refining · Chemical & Fertilizer
Pipeline and Tank Corrosion Protection
Corrosion protection planning for tanks, pipework, heat exchangers and associated steelwork.
- Problem
- Permeation, blistering, pitting and loss of adhesion
- Typical equipment
- Storage tank · Pipeline · Pipe rack
- Typical industries
- Power & Energy · Petrochemical & Refining · Chemical & Fertilizer
Wastewater Chemical Resistance Protection
Separate preparation and barrier design for concrete and metal in wastewater and chemical service.
- Problem
- Cracking, penetration, dusting, delamination and reinforcement corrosion
- Typical equipment
- Wastewater basin · Settlement tank · Grating
- Typical industries
- Chemical & Fertilizer · Industrial Buildings & Logistics
Concrete Structure Corrosion Protection
Repair, sealing and protective-layer planning for exposed concrete structures.
- Problem
- Cracking, penetration, dusting, delamination and reinforcement corrosion
- Typical equipment
- Bridge barrier · Concrete basin · Industrial floor
- Typical industries
- Chemical & Fertilizer · Industrial Buildings & Logistics
Marine Steel Structure Corrosion Protection
Layered atmospheric protection for coastal and exposed steel structures.
- Problem
- Edge corrosion, rust creep, chalking and local handling damage
- Typical equipment
- Steel structure · Port equipment · Industrial building
- Typical industries
- Power & Energy · Petrochemical & Refining · Industrial Buildings & Logistics
Waterborne Industrial Protective Coating Application
Controlled application planning for waterborne industrial protective coatings.
- Problem
- Contamination, spray shadows, uneven build, slow drying and handling damage
- Typical equipment
- Steel structure · Mechanical equipment · Building service equipment
- Typical industries
- Industrial Buildings & Logistics
Industrial Equipment Spray Coating
A repeatable preparation, spraying, curing and handling process for industrial equipment.
- Problem
- Contamination, spray shadows, uneven build, slow drying and handling damage
- Typical equipment
- Machinery housing · Vehicle component · Equipment frame
- Typical industries
- Steel · Industrial Buildings & Logistics
System relationships
From engineering problem to product family
Use a solution page to define the operating problem, then compare the relevant coating family and verified DY-* products.
Validate the application context
Solution selection FAQ
How do I choose an industrial coating solution?
Define the substrate, equipment, failure mechanism, medium, operating temperature, cycle, existing system and maintenance access before comparing solution paths.
Why are solutions organized by engineering problem?
The same product family can serve different equipment, while similar visible damage can have different causes. Organizing by problem helps separate failure diagnosis from product selection.
When is a site or laboratory review needed?
Use further review when service conditions, old coating compatibility, substrate condition, chemical exposure or application access cannot be confirmed from the initial information.
DAYU-X
Review the protection approach for your equipment
Describe the equipment, medium, operating temperature and failure signs so the protection direction can be assessed.