Products
Review coating systems for surfaces exposed to sliding abrasion, particle impact, erosion and combined corrosive service.
Protective coating systems for equipment exposed to abrasion, particle erosion and combined corrosive service.
Typical equipmentBucket elevator · Silo and hopper · Dust collection equipment
View product
Protective coating systems for equipment exposed to abrasion, particle erosion and combined corrosive service.
Typical equipmentWaterwall tube · Economizer · Superheater tube
View productNo product matches this combination. Clear the filters and review the operating condition with our technical team.
Wear-resistant coating selection starts with the actual wear mechanism: sliding abrasion, particle impact, erosion angle, material path, temperature and any accompanying corrosion. Product-specific ceramic intents remain with DY-15 and DY-16.
Confirm the actual substrate, exposure and operating cycle before selecting an individual product.
ConditionHigh temperature, repeated thermal cycling and deposits on furnace walls, rollers and radiant tubes.
DirectionThermal protection for furnace equipment
ConditionHigh temperature, repeated thermal cycling and deposits on furnace walls, rollers and radiant tubes.
Direction
ConditionHigh-temperature gas, ash particles, thermal cycling and local erosion around boiler and flue surfaces.
Direction
Related productDY-15 High-Temperature Wear-Resistant Ceramic Coating
ConditionDense tube geometry, welds, restricted spray angles, deposits and staged shutdown work inside the boiler.
Direction
Related productDY-15 High-Temperature Wear-Resistant Ceramic Coating
Tube sides, weld transitions and restricted spray angles create shadow zones where surface preparation and film build can become uneven.
Application guideIndustrial Coating Selection ChecklistFive basic questions for matching the system to the actual operating condition.
Application guideHigh-Temperature Trial-Panel RecordRecord substrate, preparation, product identity, layer build, cure, exposure, inspection dates and observed condition without extrapolating unsupported results.
Define particle type, size, velocity, impact angle, material path, substrate, temperature and corrosive exposure. These factors determine whether the dominant mechanism is abrasion, erosion, impact or a combined condition.
Not necessarily. Bends, impact zones, sliding surfaces and high-temperature areas can require different preparation, detailing or product functions.
Check preparation, continuity, edges, welds, difficult access areas, layer records, curing and any representative trial area required by the reviewed procedure.
DAYU-X
Share the equipment, substrate, medium, temperature and current problem for a focused technical review.
