High-Temperature Protection
DY-6
Inorganic High-Temperature Adhesive
Two-part alumina ceramic adhesive for high-temperature bonding, sealing and repair.

What problem does it solve?
Protection matched to the operating condition.
An inorganic alumina ceramic adhesive for bonding and repair of compatible metal and ceramic components in high-temperature equipment.
Key benefits
Source-backed functional advantages
Metal and ceramic bonding
Acid and alkali resistance stated in source
Non-dangerous-goods transport stated in source
Typical applications
Where this product is discussed
Final suitability depends on actual substrate, temperature, chemical medium and operating conditions.
Industries
Power & Energy
Steel
Industrial Equipment
Equipment
Industrial kiln
Furnace lining
Burner ignition equipment
Temperature probe
Areas
Bonding joints
Repair zones
Sealing zones
Conditions
800°C to 2000°C stated working range
Technical parameters
DY-6 verified values
Only fields present in the reviewed product source are shown. Values must still be confirmed against the supplied batch label and project conditions.
Source record: Inorganic high-temperature adhesive 800-2000°C / DY-6 PDF
Application instructions
Construction sequence from the product source
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
Handling information
Technical documents
Documents supplied 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.
Product consultation
Prepare the operating details.
Sending complete conditions helps narrow the system and construction approach.
