SikaGrout®-210 | Cement-Based Flowable Grouting Mortar

15/07/2026

SikaGrout®-210 | Cement-Based Flowable Grouting Mortar

SikaGrout®-210 | Cement-Based Flowable Grouting Mortar

Cement-Based Flowable Pouring Grout Mortar

SikaGrout®-210 is a one-component, ready-to-use, cement-based grouting mortar. Thanks to its expansion properties, it prevents shrinkage commonly seen in conventional cement-based flowable mortars and provides long-lasting strength and stability. Its easy preparation by simply adding water offers practical application, cost efficiency, and reliable performance.

Key Advantages

One-component formulation – Requires only water for preparation
Flowable consistency – Can be adjusted according to application requirements
High strength performance – Resistant to impact and vibration loads
Safe to use – Non-corrosive and non-toxic formulation
Economical and practical – Easy preparation and application process

Applications

SikaGrout®-210 is suitable for various structural grouting and fixing applications, including:

  • Machine foundations
  • Rail supports and track beds
  • Precast concrete structure columns
  • Concrete anchoring and embedded fixing applications
  • Filling cracks, gaps, and voids
  • Bearing plates

Technical Specifications

Layer Thickness:
Minimum: 10 mm
Maximum: 30 mm

Pot Life:
Approximately 40 minutes (20°C)

Application Temperature:

Ambient Temperature:
0°C min / +15°C max

Substrate Temperature:
+5°C min / +30°C max

Packaging:
25 kg kraft bag

Color:
Grey powder

Standards and Approvals

  • Meets EN 1504-3 R4 class requirements
  • Complies with EN 1504-6 requirements

Why Choose SikaGrout®-210?

SikaGrout®-210 provides a reliable solution for a wide range of construction and industrial grouting applications thanks to its high strength, flowable structure, and resistance to vibration.

Its expansion-controlled formulation helps prevent shrinkage-related performance losses, while its compliance with international EN standards ensures durable and professional results in applications such as machine foundations, rail supports, concrete anchoring, and structural filling works.