ENTECH delivers Nadcap-certified electroless nickel plating, anodizing, and black oxidizing for the world's most demanding industries — aerospace, defence, nuclear, and medical.
Uniform thickness on complex geometries. High-phos, mid-phos, NorLast™ and NorLube™ processes.
Type II and Type III hard anodize with colour options. Environmentally friendly — no heavy metals.
Matte black finish for steel components. Dimensional stability with corrosion resistance.
From prototype to production, we deliver coatings engineered to extend the life of your critical components.
Uniform deposit thickness on the most complex geometries without external current. Superior corrosion and wear protection for precision components.
Electrochemical oxide layer grown from the aluminum substrate — extremely hard, with excellent wear and corrosion protection.
Chemical conversion coating that produces a matte black finish on steel. Minimal dimensional change with added corrosion resistance.
Traditional electroplating for components requiring a bright, decorative nickel finish with good corrosion protection.
Hard chrome deposits for components requiring maximum surface hardness and wear resistance in demanding operating conditions.
Specialty coating and reconditioning services for industrial rollers across manufacturing and printing applications.
When failure is not an option, ENTECH is the partner you trust.
Our team of plating engineers and technicians bring decades of hands-on expertise in electroless nickel, anodizing, and surface finishing. We've solved coating challenges across every major industry.
Triple Nadcap accreditation (Chemical Processing, Coatings, NDT), AS9100D, ISO 9001, ISO 13485, ITAR registered, and an FAA Repair Station. Your parts meet the highest global standards.
NorLast™ delivers wear resistance comparable to hard chrome. NorLube™ provides extreme lubricity. These proprietary formulations set us apart from every competitor.
We achieve tolerances of ±0.0001” with uniform deposit thickness — even on the most complex geometries. Consistent results from first article to full production run.
A streamlined process built around your timeline and specifications.
Send us your drawings, specifications, and quantity. We'll review your requirements within 24 hours.
Receive a detailed quote with coating recommendations, lead times, and pricing tailored to your project.
Your parts are processed in our certified facility with full traceability and quality documentation.
Final inspection with test reports, certificates of conformance, and secure packaging for delivery.
From the flight deck to the operating room, our coatings protect components where performance is non-negotiable.
Nadcap-certified coatings for landing gear, engine components, actuators, and flight-critical parts.
ITAR-compliant surface finishing for weapon systems, armoured vehicles, and military-grade hardware.
Corrosion-resistant coatings for reactor components, valve assemblies, and containment hardware.
ISO 13485-certified processing for surgical instruments, implant components, and diagnostic equipment.
Wear-resistant coatings for moulds, dies, tooling, and precision-machined components.
Durable coatings for farm equipment, harvester blades, and hydraulic components exposed to harsh conditions.
Corrosion protection for structural fasteners, heavy equipment parts, and architectural hardware.
FDA-compliant coatings for conveyor components, mixing equipment, and food-grade machinery.
Common questions about our coating processes and capabilities.
All steel alloys, copper alloys, and aluminum alloys. The process deposits a uniform layer regardless of part geometry, making it ideal for complex shapes.
Electroless nickel provides far superior corrosion protection (1,000+ hours vs. 24 hours salt spray). Our NorLast™ process also matches hard chrome's wear resistance.
Aluminum, titanium, and magnesium. Wrought alloys (1000–7000 series) produce the best results. Steel and stainless steel cannot be anodized.
Type III (hard anodize) produces a denser oxide layer with superior wear and corrosion properties, but requires more energy and costs more than standard Type II.
Yes. In most cases, coatings can be chemically stripped without altering the substrate's original finish or dimensions, then replated to specification.
Parts with base metal hardness above 35 Rc are baked post-plating to relieve hydrogen absorbed during processing, preventing brittleness.
Clear anodize can last indefinitely under normal conditions. Colour-dyed anodize may fade in direct sunlight over time.
Yes. The process avoids heavy metals and toxic waste, meeting FDA, USDA, ELV, WEEE, and RoHS environmental directives.
Send us your drawings and specifications. Our engineering team will recommend the optimal coating solution and provide a quote within 24 hours.