Induscoat
04Wear-resistant ceramics

IC BONDAdhesives and fixing systems for ceramic wear linings

Adhesive and mechanical retention options for installing ceramic wear tiles on prepared steel. The bonding system is selected against substrate condition, operating temperature, chemical exposure, moisture, vibration, tile geometry and the time available for installation and cure.

  • Bonding ceramic tiles to chutes, hoppers and launders
  • Boiler and furnace lining retention
  • Fan and duct linings
Two-component adhesive system for bonding ceramic wear tiles to steel
Illustrative product-range visual; final geometry and configuration are defined for each application.
Engineering overview

Engineering the bond: why the adhesive matters as much as the ceramic

Understand the wear mechanism, configuration and operating limits before selecting a lining system.

01

A ceramic lining is a system: tile, adhesive, substrate and joint design work together. Bond failure often begins with contamination, insufficient surface profile, condensation, incorrect mix ratio, poor coverage or movement at an unsupported edge. The installation procedure should therefore define cleaning and surface preparation, environmental limits, mixing, open time, adhesive thickness, tile bedding, joint treatment and inspection before the equipment returns to service.

02

Temperature resistance cannot be inferred from the word “high-temperature.” The continuous and peak temperatures, thermal cycling, immersion, chemicals, moisture during application and required return-to-service time must be checked against a named product data sheet. Where consequences of detachment are high, combine the qualified adhesive with weldable or mechanical retention and document pull-off or other agreed quality checks on a representative area.

Selection

Choose the configuration from the service conditions

A defensible selection starts with the actual wear mechanism, geometry and installation constraints — not a generic product label.

01

Wear mechanism and conveyed material

Define what is being bonded and the load path: ceramic to steel, ceramic to ceramic or repair detail. Tile size, weight, orientation, vibration and impact determine the required retention strategy beyond a generic adhesive label.

02

Geometry and service conditions

Review substrate condition, flatness, gaps, bond-line thickness, working area and curing environment. The usable application window depends on the selected grade and actual material and ambient temperatures.

03

Attachment, access and maintenance

Match the adhesive system to operating temperature, moisture, chemicals, cleaning and shutdown duration. Confirm whether mechanical redundancy is required for overhead, vibrating or safety-critical locations.

What the range is designed to provide

  • High bond strength to steel and ceramic
  • High-temperature grades for hot service
  • Retention strategy adapted to vibration and access constraints
  • Pairs with weldable and interlocking systems

Validate before specification

  • Confirm compatibility with both substrates and contaminants; adhesion cannot be inferred from ceramic chemistry or steel appearance alone.
  • Validate preparation standard, mixing ratio, batch size, working time, cure time and return-to-service criteria from the current technical instructions for the exact grade.
  • Do not treat family-level temperature or strength figures as design values; confirm test method, cure condition, safety factor and the complete attachment design.
Applications

Applications and available configurations

Bonding ceramic tiles to chutes, hoppers and launders

Boiler and furnace lining retention

Fan and duct linings

Specifications

Technical data and range limits

Range-level values are indicative. Confirm the exact grade, test method, selected configuration and current technical data sheet before specification or purchase.
Technical specifications for this product range
Service temperatureProduct and exposure dependent — verify the selected TDS
Bond performanceSubstrate preparation and test method must be specified
CureTemperature and product dependent — follow the installation sheet
Implementation

From field survey to quality control

Treat material choice, geometry, attachment and inspection as one engineered system.

  1. 01

    Diagnose and measure

    Inspect steel and ceramic surfaces, contamination, corrosion, old lining and access. Record temperature, humidity, available shutdown time and the number and size of pieces to be installed.

  2. 02

    Engineer and approve

    Approve the exact adhesive grade, preparation, bond line, quantity, mixing and curing plan. Sequence the installation so mixed material can be placed and inspected within its documented working time.

  3. 03

    Install and inspect

    Control surface cleanliness, component ratio, mixing uniformity, coverage, squeeze-out and piece position. Protect the assembly during cure and release it only after the approved acceptance criteria are met.

FAQ

Questions engineers ask before selecting this range

When should IC BOND be considered?
IC BOND is considered as part of a ceramic lining attachment system or a compatible repair detail, not as a universal glue. Suitability depends on substrates, load, orientation, environment, preparation and the exact adhesive grade.
What information is required to specify IC BOND?
Provide substrate materials, ceramic type and size, orientation, loading, vibration, impact, temperature range, chemicals, moisture, photographs, surface condition, available preparation equipment and shutdown window.
What must be confirmed before ordering IC BOND?
Confirm product designation, shelf-life status, batch traceability, storage, preparation, mix ratio, working and cure times, bond-line control, coverage, retention details and return-to-service criteria.

Complementary products

Products are shown separately from industries and only where they play a complementary technical role.

Request an application review

Review my application for IC BOND

Send the information below so Induscoat can review the wear mechanism and prepare a technically relevant response.

  • Handled material and particle-size range
  • Operating conditions and observed failure mode
  • Photographs and a dimensioned drawing