Helical crack stitching is a proven structural repair method designed to permanently stabilize cracked masonry. Stainless steel helical bars are installed into precision-cut slots and bonded with high-performance grout, redistributing structural loads and restoring wall integrity. Unlike surface patching, this system reinforces the structure from within, preventing further crack propagation and ensuring long-term durability. Suitable for brick, block, and stone applications, it delivers a clean, reliable, and engineered solution for professional remedial work.
Helical crack stitching is a proven structural repair method designed to permanently stabilize cracked masonry. Stainless steel helical bars are installed into precision-cut slots and bonded with high-performance grout, redistributing structural loads and restoring wall integrity. Unlike surface patching, this system reinforces the structure from within, preventing further crack propagation and ensuring long-term durability. Suitable for brick, block, and stone applications, it delivers a clean, reliable, and engineered solution for professional remedial work.
HOW THE SYSTEM WORKS:
01- CUT THE SLOT
- Precision horizontal slot is cut into the mortar joint along the crack line.
02- CLEAN THE JOINT
- Dust and debris are removed using air or water to ensure proper bonding.
03- INSTALL HELICAL BAR
- Grout is applied into the slot before inserting the stainless steel bar to ensure proper bonding.
04- APPLY HPC GROUT
- High-performance grout bonds the bar and redistributes structural loads.
01- CUT THE SLOT
- Precision horizontal slot is cut into the mortar joint along the crack line.
02- CLEAN THE JOINT
- Dust and debris are removed using air or water to ensure proper bonding.
03- INSTALL HELICAL BAR
- Grout is applied into the slot before inserting the stainless steel bar to ensure proper bonding.
04- APPLY HPC GROUT
- High-performance grout bonds the bar and redistributes structural loads.
01- CUT THE SLOT
- Precision horizontal slot is cut into the mortar joint along the crack line.
02- CLEAN THE JOINT
- Dust and debris are removed using air or water to ensure proper bonding.
03- INSTALL HELICAL BAR
- Grout is applied into the slot before inserting the stainless steel bar to ensure proper bonding.
04- APPLY HPC GROUT
- High-performance grout bonds the bar and redistributes structural loads.
The CD Wall tie system is a mechanical reinforcement solution designed to reconnect and stabilize cracked, bulging, or separated masonry walls with minimal disruption. Using precision-installed stainless steel ties, the system bonds wall layers back together, restoring structural integrity and preventing further movement or separation. Suitable for cavity and solid wall applications, CD ties are installed through carefully drilled holes and mechanically fixed into the structure, delivering a clean, durable, and long-term remedial solution for professional masonry repair projects.
The CD Wall tie system is a mechanical reinforcement solution designed to reconnect and stabilize cracked, bulging, or separated masonry walls with minimal disruption. Using precision-installed stainless steel ties, the system bonds wall layers back together, restoring structural integrity and preventing further movement or separation. Suitable for cavity and solid wall applications, CD ties are installed through carefully drilled holes and mechanically fixed into the structure, delivering a clean, durable, and long-term remedial solution for professional masonry repair projects.
HOW THE SYSTEM WORKS:
01- DRILL THE HOLE
- Precision hole is drilled into the masonry wall using the correct drill size for the CD Tie installation.
02-CLEAN THE HOLE
- Dust and debris are removed using a cleaning brush and air pump to ensure maximum bonding performance.
03- INSTALL CD wall TIE
- Stainless steel CD Tie is inserted into the prepared hole to reconnect and stabilize the masonry structure.
04- APPLY CEMENT GROUT
- High-performance cementitious grout is applied to secure the tie and restore structural integrity.
01- DRILL THE HOLE
- Precision hole is drilled into the masonry wall using the correct drill size for the CD Tie installation.
02-CLEAN THE HOLE
- Dust and debris are removed using a cleaning brush and air pump to ensure maximum bonding performance.
03- INSTALL CD wall TIE
- Stainless steel CD Tie is inserted into the prepared hole to reconnect and stabilize the masonry structure.
04- APPLY CEMENT GROUT
- High-performance cementitious grout is applied to secure the tie and restore structural integrity.
HPC GROUT ــــــــــــــــــــ
HIGH PERFORMANCE CEMENTITIOUS GROUT
FEROX HPC Grout is engineered for structural remedial applications requiring high bond strength, durability, and reliable load transfer. Designed for use with crack stitching systems, wall ties, and masonry reinforcement, it delivers excellent adhesion and controlled shrinkage performance. Suitable for brick, block, concrete, and stone applications, HPC Grout provides a clean, professional finish while supporting long-term structural stability in demanding site conditions.
FEROX HPC Grout is engineered for structural remedial applications requiring high bond strength, durability, and reliable load transfer. Designed for use with crack stitching systems, wall ties, and masonry reinforcement, it delivers excellent adhesion and controlled shrinkage performance. Suitable for brick, block, concrete, and stone applications, HPC Grout provides a clean, professional finish while supporting long-term structural stability in demanding site conditions.
PERFORMANCE SECTION:
50 MPa+
Compressive Strength
- Compressive Strength For high-load structural repair applications.
> 2.5 MPa
Bond Strength
- Bond Strength Strong adhesion to masonry and repair systems.
30–60 Min
Working Time
- Working Time Controlled application time at normal site conditions.
Repair Systems
Application Method
- Application Method Suitable for crack stitching and wall tie systems.
50 MPa+
Compressive Strength
- Compressive Strength For high-load structural repair applications.
> 2.5 MPa
Bond Strength
- Bond Strength Strong adhesion to masonry and repair systems.
30–60 Min
Working Time
- Working Time Controlled application time at normal site conditions.
Repair Systems
Application Method
- Application Method Suitable for crack stitching and wall tie systems.
PRECISION CUTTING SOLUTIONS ــــــــــــــــ
DIAMOND TOOLS
Professional diamond blades engineered for granite, marble, dekton, and stone fabrication applications.
Designed for precision, clean cutting, and long-lasting performance in demanding workshop and site conditions.
Built to deliver stability, speed, and reliable results across a wide range of stone processing applications.
Professional diamond blades engineered for granite, marble, dekton, and stone fabrication applications.
Designed for precision, clean cutting, and long-lasting performance in demanding workshop and site conditions.
Built to deliver stability, speed, and reliable results across a wide range of stone processing applications.
APPLICATIONS:
01- GRANITE BLADES
- Heavy-duty blades for stable cutting on granite and engineered stone.
02- MARBLE BLADES
- Clean and precise cutting for marble and delicate surfaces.
03- DEKTON BLADES
- Advanced cutting solutions for porcelain and ultra-compact surfaces.
04- MITER CUTTING
- Precision 45° cutting for seamless stone fabrication.
01- GRANITE BLADES
- Heavy-duty blades for stable cutting on granite and engineered stone.
02- MARBLE BLADES
- Clean and precise cutting for marble and delicate surfaces.
03- DEKTON BLADES
- Advanced cutting solutions for porcelain and ultra-compact surfaces.
04- MITER CUTTING
- Precision 45° cutting for seamless stone fabrication.
PRECISION CUTTING SOLUTIONS ــــــــــــــــ
DIAMOND POLISHING PADS
Professional wet polishing pads engineered for granite, marble, porcelain, dekton, and engineered stone applications. Designed to deliver smooth surface refinement, consistent polishing performance, and high-gloss finishing across every stage of stone fabrication.
Available in multiple grit options for aggressive material removal, edge shaping, surface restoration, and final mirror polishing results. Built for stability, flexibility, and long-lasting performance in demanding workshop and on-site polishing environments.
Professional wet polishing pads engineered for granite, marble, porcelain, dekton, and engineered stone applications. Designed to deliver smooth surface refinement, consistent polishing performance, and high-gloss finishing across every stage of stone fabrication.
Available in multiple grit options for aggressive material removal, edge shaping, surface restoration, and final mirror polishing results. Built for stability, flexibility, and long-lasting performance in demanding workshop and on-site polishing environments.
