Unshaped Refractories / Ramming Mass

Dolomite Ramming Mass

Dolomite is the 35-58% MgO grade in Shanker Agencies’ ramming mass range, rated for continuous service to 1700°C.

Dolomite grade ramming mass supplied by Shanker Agencies
Grade
Dolomite
MgO content
35-58%
Max service temperature
1700°C
Cold crushing strength

Dolomite technical specification

Typical values for Dolomite ramming mass. Test methods vary by property and product family, so confirm the applicable standard against the manufacturer datasheet before specifying.

MgO content
35-58%
CaO content
38-59%
Cold crushing strength
Application
AOD and ladle back-filling, knuckle joints, well block surround
Max service temperature
1700°C

Where Dolomite is used

Induction furnace crucible (iron, steel, brass)Coreless induction furnace liningChannel induction furnaceLadle & trough repairsEAF hearth bottom liningAOD and ladle back-filling, knuckle joints (Dolomite grade)

Is Dolomite right for your application?

  • Rated for continuous service up to 1700°C.
Compare Dolomite with other grades

Compare Dolomite against every grade SAPL stocks in this family.

Swipe to compare grades

GradeMgO contentCaO contentCold crushing strengthApplicationMax service temperature
Silica---Cast iron induction furnace1650°C
Aluminaup to 12.5%--Steel induction furnace, stainless steel1750°C
Magnesia85-95%--Basic/alloy steel furnaces1750°C
Acidic---Non-ferrous / cast iron1600°C
Dolomitethis grade35-58%38-59%AOD and ladle back-filling, knuckle joints, well block surround1700°C

Send the drawing, dimensions, application and quantity for Dolomite ramming mass. Our technical team reviews the requirement and advises on grade and fulfilment route.

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Grade designations & equivalents

How Dolomite is referenced across Indian and export naming conventions.

SAPL grade codeDolomite
Max service temperature1700°C

Installation notes

  1. 1Clean furnace shell and apply one coat of release agent before ramming
  2. 2Ram in 50–75 mm layers using the correct pattern (spiral from bottom up)
  3. 3Each layer must be uniformly compacted, check with density gauge if available
  4. 4For induction furnaces: sinter with a gradual heat-up using scrap metal charge
  5. 5First heat: fill with metal charge, heat slowly to operating temperature, do not tap
  6. 6Typical sintering cycle: 4–8 hrs at full power to form a glassy bonded shell

Disclaimer: values are typical and compiled by Shanker Agencies Pvt. Ltd. from standard industry data and published manufacturer specifications. They are indicative, not a guarantee. Confirm the exact grade datasheet before specifying. For a certified datasheet or quotation, contact info@shankeragencies.com or +91 98999 57888.