When this product direction fits
High-temperature bonding and repair material for compatible joints and refractory assemblies.
High Temperature Protective Coatings
DY-6
Inorganic High-Temperature Adhesive
High-temperature bonding and repair material for compatible joints and refractory assemblies.
Product overview
High-temperature bonding and repair material for compatible joints and refractory assemblies.
An inorganic alumina ceramic adhesive for bonding and repair of compatible metal and ceramic components in high-temperature equipment.
Problems addressed
High-temperature bondingFurnace lining repairSealing and repair around high-temperature components
Selection guidance
How this system differs
The selection is driven by documented service temperature, thermal cycling and corrosive exposure rather than temperature alone.
What must be confirmed
Suitability depends on the actual substrate, medium, concentration, temperature cycle, exposure mode and application window. Final system selection and project-specific instructions require technical review.
Product features and advantages
Inorganic ceramic composition
Metal and ceramic bonding
Acid and alkali resistance stated in source
Non-dangerous-goods transport stated in source
Typical application context
Applications and operating conditions
Power & Energy · Steel · Industrial Equipment: application review for Industrial kiln · Furnace lining · Burner ignition equipment.
High-temperature bonding and repair material for compatible joints and refractory assemblies. Confirm the substrate, exposure and maintenance access before final selection.
Suitable equipment
Industries
Power & Energy
Steel
Industrial Equipment
Substrates and areas
Bonding joints · Repair zones · Sealing zones
Operating conditions
800°C to 2000°C stated working range
DY-6
Technical parameters
Only values available in the reviewed product source are shown.
Technical parametersValueSource
AppearancePart A powder; Part B liquid
Part A AppearancePowderProduct source
Part A VolatilityNoneProduct source
Part B AppearanceLiquidProduct source
Part B VolatilitySlightProduct source
Mixing Ratio1.5-2:1 by weight (A:B)Product source
Pot Life80-120 min for 100 gProduct source
Cure Schedule24 h at room temperature; 2-3 h at 80°C; 2 h at 150°C; furnace coolProduct source
Cure ShrinkageNoneProduct source
Density1.4 g/cm³Product source
Tensile Strength45 MPaProduct source
Dielectric Strength32 kV/mmProduct source
Lap Shear Strength85 MPaProduct source
Working Temperature800-2000°CProduct source
Project application guidance
Review the joint geometry and loads before material selection.
Clean, dry and roughen compatible bonding faces without weakening the substrate.
Dry-fit and support the assembly before preparing material.
Prepare only to the reviewed product instruction.
Maintain alignment and restraint during curing.
Inspect bond continuity and repair visible voids before service.
Source-specific procedure
Surface Preparation
Remove dust and oil from bonding surfaces.
Mixing
Mix A:B at 1.5-2:1 by weight; use within 2 hours and stop if the mixture agglomerates.
Application Tools
Apply or fill directly at the bond or sealing area.
Curing
Room temperature hold, then 60-80°C for 2-3 h, then 150°C for 2 h; cool with the furnace.
Precautions
Keep away from children and direct sunlight.
Cleaning
Clean uncured material with water; cured material requires mechanical removal or hot-water soaking.
Packaging, storage and transport
Packaging1 kg / 3 kg / 5 kg / 20 kg
StorageSealed in a ventilated, cool and dry place
Shelf Life24 months
TransportStated as non-dangerous goods in source
Official product source: Inorganic high-temperature adhesive 800-2000°C / DY-6 PDF
Quality checks
Check surface-preparation records, environmental conditions, layer continuity, edges, welds and visible defects. Use only acceptance criteria stated in the reviewed product or project documents.
Maintenance and repair
Inspect representative high-risk locations during planned maintenance. Clean the area, identify the cause of damage, feather sound edges and verify compatibility before local repair.
Scope and limitations
Suitability depends on the actual substrate, medium, concentration, temperature cycle, exposure mode and application window. Final system selection and project-specific instructions require technical review.
Technical documents
Documents for project evaluation
TDS, SDS, MSDS, test reports and other project-related technical documents are available based on specific project requirements. Please contact us through WhatsApp.
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