For custom eyewear brands, 2026 material costs are not simply “rising” or “falling.” The real story is more specific: standard acetate sheet and titanium wire have been relatively stable, while cost pressure has shifted toward labor, finishing, lead-time risk, bio-based material premiums, and compliance documentation.
For OEM/ODM programs, raw material is rarely the biggest quotation driver. Material typically accounts for roughly 15–35% of ex-works price per pair, depending on the tier. Tooling, labor, finishing, certification, packaging, and logistics make up the rest. That is why smart custom brands focus less on headline material prices and more on specification and process engineering.
Acetate: Stable Sheet Prices, Rising Specification Complexity
Standard Italian acetate sheet held relatively steady in 2026, and domestic Chinese sheet moved only in the low single digits. On a per-frame basis, sheet price changes translate to cents on an FOB quote—not dollars.
The cost story changes with high-density (HD) acetate and bio-acetate. HD acetate supports the ultralight trend, deeper color clarity, and better shape stability. Bio-acetate is projected to reach 28% of premium frame shipments in 2026, driven by EU and North American environmental requirements. Bio-acetate frames can command a 15–20% retail premium, but they require tighter process control and specialized engineering for thin or complex profiles.
Custom-program implication: For translucent, crystal, or sculptural acetate designs, the material gap between standard and HD/bio grades is predictable. The bigger cost variable is finishing discipline. Premium acetate requires proper tumbling and polishing time; budget factories often cut this short. Brands should engineer the finishing protocol together with the material grade before locking a quotation.
Titanium: The Wire Is Not the Main Cost
Titanium remains misunderstood. Standard titanium wire held relatively flat in 2026, but wire was never the expensive part of a titanium frame. Cost is concentrated in machining, laser welding, CNC profiling, and hand finishing—exactly where labor inflation lands.
Supply is also structurally tighter. Eyewear-grade titanium supply concentration is estimated at 73% globally, and high-purity titanium for aerospace, medical, and premium applications remains price-resilient. Titanium lead times stretched from 15–20 days in early 2025 to 45–60 days in the second half of 2025, with some suppliers moving from “price at order” to “price at delivery.”
Custom-program implication: Do not compare titanium quotations on wire cost per kilogram alone. Ask instead: what grade is specified—Gr2, Gr5, or beta titanium? What welding and finishing processes does the design require? How much lead-time buffer can the program absorb? A titanium frame is a machining-intensive product, not a commodity line item.
Metal Alloys: Moderate but Mixed Pressure
Nickel prices have been range-bound to soft in 2026, while copper has seen upward pressure from supply disruptions and inventory mismatches. For monel and copper-alloy frames, this introduces modest cost variability, but alloy content in a finished frame is small relative to fabrication and finishing cost.
Stainless steel remains the pragmatic mid-tier material for brands targeting the US$150–350 retail range. It delivers metal credibility at a significantly lower component cost than titanium—typically 30–50% lower at equivalent specification. For custom programs, the metal decision should match design intent, corrosion requirements, and finishing route rather than raw-material speculation.
What Really Drives a Custom Eyewear Quotation
Because Huihong does not sell stock eyewear, every project is a custom OEM/ODM development. That changes the cost conversation. The main quotation drivers are:
Tooling and engineering: Custom molded frames typically need sufficient volume per style to amortize tooling efficiently. Material choice affects tooling strategy—acetate is cut and milled, titanium is machined and welded, metal alloys are stamped or cast.
Labor and finishing: Factory labor rose 3–5% through 2026. This matters most for acetate polishing/tumbling and titanium welding/finishing.
Lead time and price certainty: Titanium’s shift toward price-at-delivery means custom programs need buffer planning or design flexibility across grades.
Compliance and documentation: EU eco-design requirements and North American environmental directives are pushing recycled and bio-based content into premium specifications. Documentation and traceability now sit inside the finished frame cost.
How Huihong Supports Custom Brands
Huihong Eyewear is a specialized manufacturer focused on the design, development, and OEM/ODM production of high-end eyewear. We work with independent brands, designer labels, and premium retailers across Japan, Korea, Europe, and North America, specializing in acetate, titanium, and metal frames.
Our advantage is not selling stock frames at the lowest material price. It is engineering the specification before the quotation is locked: selecting the right acetate grade, aligning finishing protocol, focusing titanium cost discussions on machining and welding, and building lead-time and compliance considerations into the development timeline from the first brief.
FAQ: 2026 Eyewear Material Costs
Is acetate cheaper than titanium for custom eyewear?
Generally yes. Titanium frames carry higher costs because of specialized machining, welding, finishing, and higher raw material prices. Acetate cost is driven more by sheet grade and finishing time than by raw sheet price alone.
Will titanium prices fall in 2027?
High-end titanium is expected to remain structurally tight. Industrial-grade titanium may see more flexibility, but eyewear-grade programs should plan for continued lead-time discipline and limited price certainty.
How much does material contribute to a custom eyewear FOB price?
Typically about 15–35% of ex-works price per pair. Tooling, labor, finishing, and compliance make up the larger share, so material headlines rarely translate directly into proportional quotation changes.
Should I switch from acetate to bio-acetate for 2027?
It depends on retail positioning and target market. Bio-acetate offers compliance and sustainability value for EU/North American brands, but it requires tighter process control. For color depth and sculptural acetate, HD standard acetate may remain the more cost-efficient premium route.
Planning a 2027 acetate, titanium, or metal frame program? Share your design direction and target positioning with Huihong to receive a material-and-process cost breakdown for your next custom collection.
