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FASTENER MANUFACTURERS
KEY CHALLENGES
Fastener components demand precise coating control across high-volume production runs. Corrosion protection must be achieved without thread blockage, dimensional change, or compromise to mechanical strength and assembly performance.

Thread Integrity
Coating thickness must be controlled to preserve thread geometry and ensure consistent assembly fitment.
High Volume Consistency
Coating quality must remain uniform and repeatable across large production batches without variation.
Hydrogen Embrittlement Risk
High-tensile fasteners require non-electrolytic processes to eliminate embrittlement and prevent field failure.
Corrosion Performance
Fasteners exposed to outdoor and industrial environments must meet defined salt spray resistance standards.
ENGINEERED COATING SOLUTIONS
Our coating services are designed to protect industrial and automotive components from corrosion and environmental exposure, while maintaining dimensional accuracy and long-term performance.
Zinc Aluminium Flake Coating
The ultimate shield for safety-critical fasteners. Our non-electrolytic process guarantees zero hydrogen embrittlement and delivers 1000–1500+ hours of Salt Spray (SST) protection.
Chrome Free & Eco-friendly
Consistent Torque-Tension
Thickness range between 8-15µ
Explore Zinc Aluminium Flake Coating
Titanium CDG Coating
The smart alternative to Hot Dip Galvanizing (HDG). Our Cold Dip Galvanizing process ensures a uniform 50–60 micron layer without thread fitment issues, eliminating the need for re-tapping.
No Oversize Tapping Needed
Uniform 50–60μ Thickness
Chrome-Free Formula
Explore Titanium CDG Coating
Zinc Plating
The industry standard for general hardware. We utilise advanced trivalent passivation to ensure a bright, aesthetic finish and reliable corrosion protection for interior and standard industrial applications.
Cost-Effective Protection
White/Yellow Passivation
Uniform Aesthetic Finish
Explore Zinc Plating

WHY CHOOSE REMAQ
Our coating approach is built around fastener manufacturing requirements, ensuring reliable corrosion protection without compromising thread integrity, mechanical strength, or production consistency.
Thread-Safe Application
Controlled thin-film coating preserves thread geometry, fitment accuracy, and torque values across every batch.
Zero Embrittlement Process
Non-electrolytic coating eliminates hydrogen embrittlement risk for high-tensile and safety-critical fasteners.
Process Consistency
Standardised inspection, application, and curing controls ensure repeatable batch performance at volume.
Engineering Validation
Coating decisions supported through technical review, testing, and documented batch verification.


CONTROLLED COATING PROCESS
Step 01
Incoming Inspection
Components are inspected for material condition, geometry, and coating suitability to ensure correct process selection.
Step 02
Surface Preparation
Mechanical surface preparation ensures proper adhesion without introducing hydrogen embrittlement or dimensional variation.
Step 03
Coating Application
Coating is applied using controlled methods to achieve uniform coverage across threads and bearing surfaces.
Step 04
Curing & Dispatch
Coated components are thermally cured, inspected, and dispatched with appropriate handling to preserve coating integrity.
RELIABLE IN AUTO MANUFACTURING
Automotive, energy, and engineering sectors
QUALITY & PERFORMANCE STANDARDS
ISO-Certified Systems
ISO 9001 / IATF-aligned processes
Tolerance Control
Controlled coating thickness levels
Material Certification
Batch-wise documentation available
Finishing & Masking
Protection for critical areas
Frequently Asked Questions

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CHOOSE THE RIGHT COATING FOR YOUR COMPONENTS
Talk With Our Engineering Team
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Engineered Coating for Critical Components
Have a coating requirement or enquiry?
No: 5A, Plot 2, Natesan Nagar, Ayanambakkam, Chennai - 600095
info@remaq.in
marketing.remaq@rediffmail.com
+91 98840 77622
+91 98840 97622
+ 91 90805 38756
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