Allymagax Technical Limited

ALLYMAGAX TECHNICAL GROUP
Operation Standards – Step by Step
Committed to Safety, Quality & Operational Excellence
Zero Harm | Zero Incidents | Full HSE Compliance
BITUMEN FELTING (Torch-On Waterproofing)
Step-by-Step Process:
Pre-Job Briefing & Permit – Toolbox Talk, JSA, Hot Work Permit.
Equipment & Area Inspection – Check torch, hose, cylinder; ensure clean, dry area.
PPE Check – Flame-resistant coveralls, heat-resistant gloves, face shield, safety boots.
Primer Application – Apply evenly and allow proper drying.
Membrane Heating & Application – Heat surface and membrane with torch, roll out firmly.
Seam Overlap & Pressing – Ensure proper overlap and strong adhesion.
Quality Check – Inspect for defects and proper waterproofing.
Clean Up & Handover – Housekeeping, remove waste, safe handover.
Key Safety Reminders: Hot Work Permit mandatory • Fire extinguisher & fire watch • Good housekeeping • Fall protection at heights • No smoking • Stop work if unsafe.
FRP LAMINATION (Composite Repair)
Step-by-Step Process:
Pre-Job Briefing & Isolation Check – Toolbox Talk, JSA, PTW, equipment isolation & gas testing.
Surface Preparation – Grind to required profile, remove dust/rust/oil.
Cleaning – Use approved solvent and allow to dry.
Material Preparation – Mix resin & hardener per manufacturer’s ratio.
Primer Application (if required) – Apply evenly and allow tacky state.
FRP Lamination – Apply resin, wrap fiberglass cloth, remove air bubbles.
Curing – Allow recommended curing time.
Final Inspection – Check thickness, cure, defects; document and close job.
Key Safety Reminders: Verify isolation & gas-free • Chemical PPE (gloves, goggles, respirator) • Adequate ventilation • Avoid skin contact • Keep area clean & spill-free • Follow manufacturer specifications.
ALLYMAGAX TECHNICAL GROUP
HSE Commitment
Every operation is executed under approved Permit-to-Work (PTW), JSA, Toolbox Talk, and continuous supervision.
Our Goal: Zero Harm • Zero Environmental Impact • Full Compliance with International Oil & Gas Standards.

Allymagax Technical Limited
Advanced Waterproofing & Structural Rehabilitation Solutions
Bituminous Membrane Waterproofing
Proven Barrier Against Water Intrusion
Flexible, polymer-modified bitumen sheets (torch-on or self-adhesive) deliver superior waterproofing for roofs, basements, foundations, and retaining walls.
Client Benefits:
Exceptional durability & puncture resistance in harsh environments.
Accommodates structural movement; cost-effective large-area coverage.
Long-term leak prevention reduces maintenance costs.
Real Project Application (Commercial flat roof & basement waterproofing):
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FRP Composite Strengthening
Structural Reinforcement for Extended Service Life
High-strength carbon/glass fiber fabrics and plates bonded to concrete elements restore and enhance load capacity, ductility, and seismic performance.
Client Benefits:
Minimal disruption & added weight; ideal for live structures.
Boosts strength of beams, columns, slabs & bridges.
Corrosion-resistant; fast installation with lasting results.
Real Project Application (Bridge & building retrofits):
Why Partner with Allymagax Technical Limited?
Tailored Solutions: Bituminous for waterproofing + FRP for structural upgrades — often combined for optimal performance.
Proven ROI: Reduced downtime, extended asset life, enhanced safety & property value.
Expert Ex*****on: Certified teams delivering world-class results on commercial, industrial & infrastructure projects.
Ready to Protect & Strengthen Your Asset?
Contact Allymagax Technical Limited today for site assessment, customized proposals, and references. Let us deliver reliable, cost-effective solutions that earn your patronage.
Allymagax Technical Limited – Excellence in Waterproofing & Structural Rehabilitation.

ALLYMAGAX GROUP
Advanced FRP Composite Corrosion Mitigation Solutions
Restore. Reinforce. Protect. Extend Asset Life.
Engineered Fiber Reinforced Polymer (FRP) Composite Repair Systems for Corroded Pipes, Base Plates, Structural Steel and Critical Infrastructure—without costly replacement or prolonged shutdowns.
Step 1 – Condition Assessment
As-Found Asset Inspection
Comprehensive evaluation of severe corrosion, metal loss, and structural degradation to determine the optimum composite repair strategy.
Step 2 – Surface Preparation
Engineered Surface Conditioning
Near-White Metal Blast Cleaning to SSPC-SP 10 / NACE No. 2 ensuring maximum adhesion and long-term composite performance.
Step 3 – FRP Composite Installation
High-Performance Structural Reinforcement
Precision application of resin-saturated fiberglass composite wraps, engineered to restore strength, contain defects, and arrest corrosion.
Step 4 – Certified Composite Repair
Long-Term Asset Protection
A fully cured FRP composite system delivering structural reinforcement, corrosion resistance, and extended service life in accordance with internationally recognized engineering practices.
Why Industry Leaders Choose Allymagax
✔ Arrests active corrosion and prevents future deterioration
✔ Restores structural integrity without hot work
✔ Extends asset service life by decades
✔ Minimizes operational downtime
✔ Eliminates unnecessary asset replacement costs
✔ Suitable for Oil & Gas, Marine, Power, Petrochemical and Industrial Facilities
✔ Designed in accordance with ISO 24817 and ASME PCC-2 composite repair methodologies
Engineered for Reliability. Delivered with Precision.
Whether restoring corroded pipelines, pressure systems, structural members, or critical process equipment, Allymagax Group delivers world-class composite engineering solutions that maximize asset reliability, safety, and operational continuity.
Allymagax Group
Global Composite Engineering | Corrosion Control | Asset Integrity Solutions
Protecting Critical Assets. Powering Sustainable Operations.

WHY CLIENTS CHOOSE ALLYMAGAX TECHNICAL LIMITED

Infrastructure is a long-term investment, and its performance depends on two critical factors: structural strength and environmental protection.

At ALLYMAGAX TECHNICAL LIMITED, we provide integrated engineering solutions that address both.

Our Core Solutions

FRP Composite Systems

Advanced structural reinforcement solutions designed to:

✔ Strengthen aging and existing structures

✔ Increase load-bearing capacity

✔ Improve durability and safety

✔ Resist corrosion in harsh environments

✔ Extend infrastructure service life

Bitumen Waterproofing Systems

Reliable asset protection solutions designed to:

✔ Prevent water ingress

✔ Protect concrete and steel structures

✔ Reduce maintenance and repair costs

✔ Preserve asset value

✔ Enhance long-term infrastructure performance

The ALLYMAGAX Advantage

Many projects focus on either strengthening or protecting infrastructure. We deliver both.

FRP provides the strength.Waterproofing provides the protection.ALLYMAGAX TECHNICAL LIMITED delivers the complete solution.

By combining structural reinforcement, waterproofing, corrosion control, protective coatings, and engineering construction expertise, we help clients achieve:

✔ Longer Asset Life

✔ Reduced Life-Cycle Costs

✔ Improved Reliability

✔ Enhanced Safety

✔ Sustainable Infrastructure Performance

Our Commitment

At ALLYMAGAX TECHNICAL LIMITED, we don't just execute projects—we provide engineering solutions that strengthen assets, protect investments, and maximize infrastructure value for generations.

ALLYMAGAX TECHNICAL LIMITED

Your Trusted Partner in Structural Strengthening, Waterproofing, Asset Protection, and Sustainable Infrastructure Development.

Engineering Strength. Protecting Assets. Delivering Lasting Value.

Advanced FRP Composite Lamination for Corrosion Mitigation
Allymagax Technical Group specializes in high-performance Fiber Reinforced Polymer (FRP) overlay systems for the long-term protection of structural steel plates and concrete H-valves in aggressive service environments.
Our engineered lamination process delivers a monolithic, chemically resistant barrier with superior mechanical properties and extended service life.
Process Overview (Surface Preparation to In-Situ Laminated System):
1️⃣ Surface Preparation
Mechanical profiling via abrasive blasting to Sa 2.5 standard (or equivalent grinding for concrete substrates), followed by solvent degreasing and removal of all contaminants, laitance, and residual dust to achieve optimal surface roughness and cleanliness for interfacial bond strength.
2️⃣ Primer Application
Application of a high-build, corrosion-inhibiting epoxy or vinyl ester primer, formulated for maximum adhesion and cathodic disbondment resistance on metallic or concrete substrates.
3️⃣ Fiber Reinforcement Placement
Strategic lay-up of multi-axial E-glass or carbon fiber fabrics, oriented to meet specific load and strain requirements, ensuring uniform fiber volume fraction.
4️⃣ Resin Impregnation & Consolidation
Vacuum-assisted or hand wet-out using a tailored thermoset resin matrix (epoxy/vinyl ester with UV stabilizers, flexibilizers, and coupling agents). Thorough roller consolidation eliminates voids, entrapped air, and ensures full fiber wet-out for optimal interlaminar shear strength.
5️⃣ Curing, Topcoating & Quality Assurance
Controlled ambient or heat-accelerated curing to achieve full cross-linking, followed by application of a chemically resistant topcoat. Final non-destructive testing (adhesion pull-off, thickness verification, holiday detection) confirms system integrity.
Outcome: A seamless, structural FRP composite laminate providing exceptional resistance to corrosion, chemical attack, abrasion, and environmental degradation — engineered for decades of maintenance-free performance in marine, petrochemical, and heavy industrial applications.
Precision-engineered composite solutions by Allymagax Technical Group.
For technical specifications, project references, or site assessments, contact our engineering team.

One of the hallmarks of quality engineering is attention to detail.

Every project has small technical decisions that influence the final result. Correct measurements, good planning and coordination, accurate checks and clean finishing all contribute to the strength and reliability of the finished system.

At Allymagax, we believe excellence is a matter of consistency. Each stage is critical because the quality of the output will be a function of the quality of the process that created it.

You build great ex*****on one detail at a time.

Protective applications and surface engineering play an important role in the preservation of industrial assets and the extension of operational life.

Structures and equipment without proper protection are subject to corrosion, exposure to the environment and gradual deterioration. Over time, such issues can lead to decreased efficiency, increased maintenance costs, and a negative impact on overall system performance.

We at Allymagax have protective solutions in mind with long term durability. Each coating and surface treatment is precisely applied to help preserve structural integrity and operational reliability.

Because protection is not just about looks.
It’s about preservation and performance.

Additive Surface Felting (ASF) is an advanced composite repair technique used to restore and strengthen damaged pipelines, pressure vessels, storage tanks, and other industrial assets. The process begins with thorough surface preparation and inspection to ensure the repair area is clean and free from contaminants. An epoxy primer is then applied to improve adhesion and protect the surface. Afterward, resin and hardener are mixed according to specification, and fiber felt is fully saturated with the resin system before being applied to the prepared surface.

Multiple layers of the wetted fiber felt are laminated to achieve the required thickness and structural strength. The layers are consolidated to remove trapped air and ensure proper bonding between the composite material and the substrate. Once the application is complete, the repair is allowed to cure before undergoing a final inspection to verify thickness, adhesion, and overall repair quality.

At Allymagax, Additive Surface Felting (ASF) is performed using industry-approved materials and procedures to deliver reliable, corrosion-resistant, and long-lasting repairs. This method provides a cost-effective solution for extending asset life, improving structural integrity, and reducing operational downtime while maintaining the highest standards of safety and quality.

Magnetic Particle Testing (MT) is a widely used non-destructive testing method for detecting surface and near-surface defects in ferromagnetic materials such as steel and iron. The process begins with proper surface preparation, where dirt, rust, oil, grease, and other contaminants are removed to ensure accurate inspection. A magnetic yoke is then placed on the test area and energized to magnetize the component. Once magnetized, magnetic particles are applied to the surface, either as dry powder or a wet suspension.

Any discontinuities, such as cracks, seams, laps, or inclusions, cause magnetic flux leakage, attracting the particles and forming visible indications. These indications are carefully examined under adequate lighting conditions, while fluorescent particles, if used, are inspected under ultraviolet (UV) light for enhanced visibility. After the inspection, the component is demagnetized to remove any residual magnetism and cleaned to eliminate remaining particles. Finally, all observations and results are documented in an inspection report, ensuring compliance with applicable standards and quality requirements.

At Allymagax, Magnetic Particle Testing is carried out using industry-approved procedures and equipment to ensure the accurate detection of defects, helping clients maintain the safety, reliability, and integrity of their assets and structures. Through our commitment to quality inspection services, we provide dependable results that support informed maintenance and operational decisions.