Titanium Nitride Coating — Price & Cost Guide

TiN coating costs depend on several key factors: substrate material and size, part complexity and geometry, order volume and frequency, surface preparation requirements, coating thickness specifications, and required turnaround time. Engineering-grade plastics like Ultem, nylon, and LCP may require specialized pretreatment, affecting pricing. Our high-volume capabilities allow us to offer significant discounts for larger production runs, and we provide free sampling services for most applications so you can evaluate the finish quality before committing to full production. Our transparent pricing reflects over 60 years of PVD expertise and includes all necessary pre-treatment and quality control steps.

While titanium nitride coating typically costs more than basic electroplating or paint finishes, it delivers superior value through exceptional durability, wear resistance, and longevity. TiN-coated parts often outlast traditionally finished components by 5-10 times, reducing replacement costs and downtime. The distinctive gold appearance requires no additional coloring steps, and the process is ROHS compliant with no hazardous waste disposal costs. For medical, electronic, and precision industrial applications, TiN coating's biocompatibility, conductivity, and hardness properties provide functionality impossible with conventional finishes, making the initial investment highly cost-effective over the product lifecycle.

Yes, we offer substantial volume discounts for titanium nitride coating projects. Our 200,000+ sq.ft. facility operates 24-5 and can process over a million parts per week while running 20+ different jobs simultaneously. This high-volume capacity allows us to pass significant savings to customers with recurring orders or large production runs. We work with clients to structure pricing that rewards commitment while maintaining our jewelry-quality standards. Even for prototype quantities, we offer competitive rates and free sampling services for most applications. Contact us with your specific volume requirements for a detailed quote that reflects your production scale.

Our advanced PVD systems can apply titanium nitride coating to an extensive range of materials. Metals include steel, stainless steel, aluminum, brass, copper, zinc die cast (Zamac), and white metal alloys. For plastics, we successfully coat engineering grades including Ultem, polycarbonate, nylon, LCP, ABS, and PC/ABS blends using our specialized pretreatment processes developed over 60 years. We handle difficult-to-coat materials like polypropylene and HDPE that other facilities cannot process. Our magnetron sputtering and reactive arc deposition technologies provide superior adhesion across this diverse material palette, and our custom tooling design capability ensures optimal coating coverage regardless of part geometry or substrate complexity.

Our titanium nitride coating turnaround times are among the fastest in the industry—typically half the normal lead times of competing facilities. For prototype and sampling work, we often complete projects within 3-5 business days from receipt of parts. Production runs are scheduled based on volume, with most orders completed within 1-2 weeks. Our separate custom tooling division and 24-5 operating schedule enable us to handle rush projects when needed. The actual coating process involves multiple steps including surface preparation, basecoat application, magnetron sputtering or reactive arc deposition, and quality inspection. Our high-volume systems can process trailer loads of material daily, and we'll provide specific timeline estimates based on your part specifications and quantity requirements.

We accommodate projects of virtually any size, from single prototype parts to million-piece production runs. There is no strict minimum order quantity, though pricing becomes more favorable at higher volumes due to setup and tooling costs being amortized across more parts. For most customers and applications, we offer free sampling services that allow you to evaluate our titanium nitride coating quality before committing to full production. Our separate custom tooling design and build company enables us to create specialized fixtures efficiently, making even small-batch and prototype work economically viable. Whether you need a handful of samples or ongoing high-volume production, we'll structure a solution that meets your technical requirements and budget constraints.

Our titanium nitride coatings meet the highest industry quality standards, evidenced by our approved supplier status with global leaders including Estée Lauder, L'Oreal, Avon, and Elizabeth Arden. All processes are ROHS compliant, ensuring environmental safety and regulatory compliance. We've developed the most consistent and flexible PVD coating systems in the industry, capable of producing jewelry-quality finishes at industrial scale. Our magnetron sputtering and reactive arc deposition technologies deliver superior adhesion, uniform thickness, and exceptional durability that far outperform standard PVD processes. Each production run undergoes rigorous quality control including adhesion testing, thickness measurement, and visual inspection to ensure consistent results across all parts in your order.

Yes, we can match specific titanium nitride color requirements and finish characteristics. While standard TiN coating produces a distinctive gold appearance, our advanced PVD capabilities also include zirconium nitride (ZrN) for champagne-gold tones and titanium carbo nitride (TICN) for darker bronze hues. We can adjust process parameters to achieve variations in color intensity and can combine TiN coating with our other finishing methods including topcoats for additional properties. Our expertise in color matching for the cosmetic industry—where we've served global brands for over 20 years—translates directly to precision color control for industrial applications. Free sampling services allow you to approve the exact finish before production, and our consistent processes ensure perfect color matching across production batches.