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Top 10 Companies in the Non-shrink Grout Market (2025): Industry Leaders Driving Construction Innovation

In Business Insights
June 08, 2025

The Global Non-shrink Grout Market was valued at USD 3,149 Million in 2023 and is projected to reach USD 4,560.18 Million by 2032, growing at a Compound Annual Growth Rate (CAGR) of 4.2% during the forecast period (2024–2032). This growth is driven by increasing infrastructure development, renovation of aging structures, and the rising demand for high-performance construction materials in industrial and commercial applications.

As the construction industry evolves toward more durable and sustainable solutions, non-shrink grout has become essential for precision applications requiring dimensional stability and load transfer capabilities. This report profiles the Top 10 Companies in the Non-shrink Grout Market—global manufacturers and specialty chemical suppliers shaping the future of structural grouting solutions.

🔟 1. Sika USA

Headquarters: Lyndhurst, New Jersey, USA
Key Offering: Sikagard®-710, SikaGrout®-300 PT

Sika leads the global construction chemicals market with its advanced non-shrink grout systems offering exceptional compressive strength (up to 15,000 psi) and micro-expansion properties. Their products are widely used in bridge construction, heavy machinery installations, and seismic retrofitting projects.

Innovation Highlights:

  • Patented shrinkage-compensating technology

  • Fast-setting formulations for critical path projects

  • Global R&D centers focusing on sustainable construction materials

Download FREE Sample Report:
Non-shrink Grout Market – View in Detailed Research Report

9️⃣ 2. Saint-Gobain Weber

Headquarters: Courbevoie, France
Key Offering: Webercem®, Webergrout® MF

Weber provides high-performance cementitious grouts with zero shrinkage characteristics through its global network. The company specializes in tailored solutions for extreme environments including marine applications and high-temperature installations.

Innovation Highlights:

  • Proprietary microsilica-enhanced formulations

  • ECOPact low-carbon grout solutions

8️⃣ 3. CTS Cement Manufacturing Corporation

The Global Non-shrink Grout Market was valued at USD 3,149 Million in 2023 and is projected to reach USD 4,560.18 Million by 2032, growing at a Compound Annual Growth Rate (CAGR) of 4.2% during the forecast period (2024–2032). This growth is driven by increasing infrastructure development, renovation of aging structures, and the rising demand for high-performance construction materials in industrial and commercial applications.

As the construction industry evolves toward more durable and sustainable solutions, non-shrink grout has become essential for precision applications requiring dimensional stability and load transfer capabilities. This report profiles the Top 10 Companies in the Non-shrink Grout Market—global manufacturers and specialty chemical suppliers shaping the future of structural grouting solutions.

🔟 1. Sika USA

Headquarters: Lyndhurst, New Jersey, USA
Key Offering: Sikagard®-710, SikaGrout®-300 PT

Sika leads the global construction chemicals market with its advanced non-shrink grout systems offering exceptional compressive strength (up to 15,000 psi) and micro-expansion properties. Their products are widely used in bridge construction, heavy machinery installations, and seismic retrofitting projects.

Innovation Highlights:

  • Patented shrinkage-compensating technology

  • Fast-setting formulations for critical path projects

  • Global R&D centers focusing on sustainable construction materials

Download FREE Sample Report:
Non-shrink Grout Market – View in Detailed Research Report

9️⃣ 2. Saint-Gobain Weber

Headquarters: Courbevoie, France
Key Offering: Webercem®, Webergrout® MF

Weber provides high-performance cementitious grouts with zero shrinkage characteristics through its global network. The company specializes in tailored solutions for extreme environments including marine applications and high-temperature installations.

Innovation Highlights:

  • Proprietary microsilica-enhanced formulations

  • ECOPact low-carbon grout solutions

8️⃣ 3. CTS Cement Manufacturing Corporation

Headquarters: Cypress, California, USA
Key Offering: Rapid Set® Non-Shrink Grout

CTS dominates the North American market with its rapid-setting magnesium phosphate-based grouts that achieve 10,000 psi compressive strength within 4 hours. Their products are specified in critical infrastructure projects nationwide.

Innovation Highlights:

  • Chemical expansion system prevents shrinkage

  • High-early-strength formulations reduce downtime

7️⃣ 4. HB Fuller

Headquarters: St. Paul, Minnesota, USA
Key Offering: FULCRETE®, FULFILL® Structural Grout

HB Fuller’s construction adhesives division provides engineered grouting solutions for industrial flooring, precast connections, and heavy equipment baseplates. Their products feature exceptional flow characteristics and extended working times.

Innovation Highlights:

  • Pre-packed quality-controlled formulations

  • Long-term dimensional stability research

Download FREE Sample Report:
Non-shrink Grout Market – View in Detailed Research Report

6️⃣ 5. BASF

Headquarters: Ludwigshafen, Germany
Key Offering: MasterFlow® Series

BASF’s construction chemicals division offers a complete range of non-metallic, non-shrink grouts under its Master Builders Solutions brand. These high-strength grouts are preferred in power generation and industrial facilities globally.

Innovation Highlights:

  • Advanced rheology modifiers for self-leveling properties

  • Nuclear-grade formulations meeting stringent requirements

5️⃣ 6. Mapei

Headquarters: Milan, Italy
Key Offering: Planigrout®, Mapecure®

Mapei’s expansive grout technologies are used in some of the world’s most demanding construction projects including high-speed rail systems and precision manufacturing facilities. The company operates 90 production plants across 57 countries.

Innovation Highlights:

  • Low-heat generation formulations

  • High-chemical resistance products for aggressive environments

4️⃣ 7. Henkel

Headquarters: Düsseldorf, Germany
Key Offering: Loctite® Precision Grout, Terostat®

Henkel’s construction materials division provides high-performance grouting solutions through its Loctite and Terostat brands. Their products are specified in automotive manufacturing plants and aerospace facilities requiring micron-level precision.

Innovation Highlights:

  • Fiber-reinforced formulations for crack resistance

  • Thermally conductive grouts for specialized applications

3️⃣ 8. CEMEX

Headquarters: San Pedro Garza García, Mexico
Key Offering: CEMEX Grout Ultra, Kryton® Series

CEMEX has emerged as a major player in grout solutions after strategic acquisitions in construction chemicals. Their non-shrink grouts feature proprietary crystalline technology for waterproofing applications.

Innovation Highlights:

  • Self-healing microcrystalline technology

  • High-performance formulations for marine environments

2️⃣ 9. Ardex

Headquarters: Witten, Germany
Key Offering: Ardex A45, Ardex K50

Ardex specializes in precision grouting solutions for demanding industrial applications. Their ultra-high-strength grouts achieve 20,000 psi compressive strength with minimal curing shrinkage.

Innovation Highlights:

  • Low-dust formulations for improved worksite safety

    Extreme Left Justified (X1,Y1), Right Justified (X2,Y2): The string is aligned to the left (low X value) and right (high X value).
    • Middle Justified (X centered,Y1), Bottom Justified (X centered,Y2): The string is centered along the X axis with justified Y positions.
    • Top-Left Justified (X1,Y1), Bottom-Right Justified (X2,Y2): The string is aligned to the top-left and bottom-right corners.
    • Custom Alignment: Using any combination of x1/y1 and x2/y2 coordinates to achieve specific positioning needs.

    Implementation Approach:

    1. Parse Text String:
    – Accept the input string and split into words using standard string splitting

    2. Calculate Text Dimensions:
    – For TrueType fonts: Use GetTextExtentPoint32 or similar API
    – For other formats: Use format-specific text metrics
    – Get character widths and line heights

    3. Determine Line Breaks & Layout:
    – Apply word wrapping based on X1/X2 constraints
    – Handle hyphenation for long words if needed
    – Manage alignment for left/right/justified positions
    – Maintain consistent line spacing

    4. Render Text:
    – Draw each line at calculated positions
    – Apply kerning/adJustments between characters

    5. Clipping & Overflow:
    – Handle text that exceeds bounding box
    – Either truncate with ellipsis or allow clipped overflow

    Sample Implementation Code (Conceptual):

    void DrawJustifiedText(HDC hDC, LPCTSTR str,
    int x1, int y1, int x2, int y2,
    DWORD flags)
    {
    // Parse input string into words
    vector words = SplitString(str);

    // Calculate text metrics
    GetTextMetrics(hDC, &textMetric);
    int lineHeight = textMetric.tmHeight;

    // Current drawing position
    int currentX = x1;
    int currentY = y1;

    // Layout engine
    for(const auto& word : words) {
    // Calculate word width
    SIZE wordSize;
    GetTextExtentPoint32(hDC, word.c_str(), word.length(), &wordSize);

    // Check if word fits in current line
    if((currentX + wordSize.cx) <= x2) { // Draw word at current position TextOut(hDC, currentX, currentY, word.c_str(), word.length()); currentX += wordSize.cx + spaceWidth; } else { // Move to next line currentY += lineHeight; currentX = x1; // Draw word on new line TextOut(hDC, currentX, currentY, word.c_str(), word.length()); currentX += wordSize.cx + spaceWidth; } } } Important Considerations: 1. Performance: Text layout is computationally expensive. Consider caching layouts for static text. 2. Internationalization: - Handle bidirectional text (Arabic, Hebrew) - Support Unicode and complex scripts - Account for locale-specific word breaking rules 3. Font Variability: - Different fonts may render at slightly different sizes - Kerning pairs affect spacing between specific letter combinations 4. Advanced Features: - Text decorations (underline, strikethrough) - Text shadows/effects - Multi-color text segments 5. Error Cases: - Handle empty/null strings - Validate bounding box coordinates - Manage memory allocation for large text buffers Testing Strategy: 1. Basic Cases: - Short single line text - Multi-line paragraphs - Edge cases (empty string, single character) 2. Alignment Verification: - Left/right/justified comparisons - Mixed alignment test cases 3. Boundary Conditions: - Text exactly fitting bounding box - Text exceeding available space - Very narrow bounding boxes 4. Performance Tests: - Long documents (10k+ words) - Rapid redraw scenarios - Memory usage profiling 5. Special Cases: - Mixed script text (Latin + CJK) - Right-to-left text - Combining diacritical marks Future Enhancements: 1. Advanced Layout: - Column-based text flow - Text wrapping around objects - Complex text shaping 2. Rendering Quality: - Sub-pixel positioning - Anti-aliasing controls - Gamma correction 3. Interactive Features: - Text selection highlighting - Caret positioning - Clickable hyperlinks Error Handling: 1. Invalid Parameters: - Negative coordinates - Reversed coordinates (x2 < x1) - NULL string pointers 2. Resource Constraints: - Handle out-of-memory conditions - Manage GDI resource limits - Graceful degradation for complex text 3. Font Issues: - Missing font fallbacks - Unsupported character glyphs - Font metric calculation failures Compatibility Considerations: 1. Windows Version Differences: - GDI vs GDI+ text handling - Direct2D text rendering - DPI-aware scaling 2. Cross-Platform: - Core Text (macOS) - Pango (Linux) - Browser-based text layout 3. Legacy Support: - Windows XP compatibility - ANSI vs Unicode builds - 16-bit application support Documentation: 1. API Reference: - Detailed parameter descriptions - Return value explanations - Thread safety notes 2. Code Samples: - Basic usage examples - Advanced layout demonstrations - Performance optimization tips 3. Known Limitations: - Unsupported features - Platform-specific behaviors - Performance characteristics Conclusion: This text rendering functionality provides a robust foundation for displaying formatted text within constrained areas. The implementation supports basic word wrapping and alignment while allowing for future expansion into more sophisticated typographic features. Careful attention to internationalization and performance ensures the solution meets real-world application requirements.

    Rohit k
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