Tammsgrout Supreme

TAMMSGROUT SUPREME is specially designed for use where high compressive strength and high fluidity are required. It is formulated as a natural aggregate system with a shrinkage-compensating binder and increased compressive strength. TAMMSGROUT SUPREME provides consistent and exacting performance in critical grouting operations.

Tammsgrout Supreme – High Strength, Non-Shrink Grout

Tammsgrout Supreme is a high-performance, non-shrink grout formulated for applications demanding high compressive strength and fluidity. It uses a natural aggregate system and a shrinkage-compensating binder to deliver maximum bearing surface and structural support. Ideal for precision grouting of base plates, machinery, and structural elements, it ensures reliable performance in critical environments.

Key Benefits

  • High compressive strength for maximum load bearing
  • Positive expansion for tight tolerance performance
  • Non-bleeding, non-segregating consistency
  • No chloride or corrosion-contributing additives
  • Maximized bearing surface through total shrinkage compensation
  • Fast strength development to minimize equipment downtime

Common Applications

  • Heavy-duty grouting of machinery and equipment
  • Structural column grouting
  • Crane rail supports
  • Interior or exterior use
  • Pump and machine base installations
  • Bearing plates

Packaging

Tammsgrout Supreme is packaged in 55 lb (25 kg) bags and provides the following yields:

  • 0.46 ft³ (0.013 m³) with 1.11 gal (4.2 L) water
  • 0.45 ft³ (0.013 m³) with 0.9 gal (3.4 L) water
  • 0.44 ft³ (0.012 m³) with 0.8 gal (3.0 L) water for plastic grout

Technical Properties

Property Value
Product Type Non-shrink, cementitious grout
Bag Weight 55 lb (25 kg)
Yield Range 0.44 to 0.46 ft³ (0.012 to 0.013 m³)
Water Requirement 0.8 to 1.11 gal (3.0 to 4.2 L)
Compliance CRD C621, ASTM C1107, ASTM C1090

Looking for a similar non-shrink solution with NSF/ANSI/CAN 61 certification? Explore our Hi-Flow Grout for potable water applications and extended working time.