Aluminium Cosmetic Packaging — Luxury Metal Finish Bottles

We apply aluminium and metallic finishes to plastic (ABS, PP, HDPE, PC/ABS, Ultem, Nylon, LCP), glass bottles and jars, and metal components. Our vacuum metallizing process works on difficult-to-metallize materials including polypropylene and HDPE, while our electroplating systems handle engineering-grade plastics that other facilities cannot process. Each substrate receives specialized pre-treatment to ensure superior adhesion and durability for cosmetic applications.

Our finishes are engineered specifically for cosmetic packaging demands. UV topcoat systems provide fragrance resistance, scratch protection during bulk packaging and assembly, and durability through daily consumer use. Metallized and plated components pass rigorous adhesion testing and meet Estée Lauder and L'Oreal supplier qualification standards. Finishes maintain their appearance through typical product lifecycles including transportation, retail display, and bathroom environments with moisture exposure.

We offer extensive color customization including gold (14K, 18K, 24K tones), rose gold, copper, gunmetal, and specialty metallic tints. Our UV coating systems enable precise color matching to brand standards with repeatable accuracy across production batches. Transparent metallized finishes, antique treatments, and innovative effects like our proprietary 'Crackle' finish provide unique design options. Color development services include sampling and refinement to match existing packaging or create signature brand looks.

Our in-house tooling design and build capabilities enable us to move projects from sampling to production in half typical industry lead times. Free sampling services are offered for most applications, allowing rapid prototype evaluation. Production scheduling operates 24-5 to handle high-volume orders efficiently. Specific timelines depend on finish complexity, part geometry, and order volume, but our reputation is built on exceptionally fast turnaround without compromising quality standards.

Yes, finish matching across materials is a core capability. Any finish achievable on metal can be replicated on plastic substrates, and we routinely match metallic effects across plastic caps, glass bottles, and metal collars for cohesive packaging systems. Our plating-on-plastic line is the industry's most flexible, with over 30 finish options, enabling consistent appearance whether components are injection-molded plastic, deep-drawn metal, or glass. This capability is critical for beauty brands requiring uniform aesthetic across multi-material packaging assemblies.

Our 200,000 sq.ft. facility processes over one million parts weekly with capacity to run 20+ different projects concurrently. We handle trailer loads of material daily and can scale from prototype sampling (often provided free) to multi-million unit production runs. Extended 24-5 working hours provide flexibility for rush orders and high-priority launches. Whether you're a startup brand or global corporation, our systems accommodate both small-batch custom work and industrial-scale manufacturing.

Yes, all processes are ROHS compliant and meet international cosmetic packaging standards. Our approved supplier status with Estée Lauder, L'Oreal, Avon, and Elizabeth Arden demonstrates compliance with the industry's most stringent quality and safety requirements. Finishes are tested for fragrance compatibility, chemical resistance, and consumer safety. We maintain documentation and traceability systems required by major beauty brands and can provide material certifications for regulatory submissions.

Free sampling services are provided for most customers and applications. Our dedicated prototype finishing capabilities include rapid tooling design and build through our in-house engineering team, enabling quick iteration on finish concepts. Sampling allows evaluation of adhesion, color accuracy, and aesthetic appeal before committing to production tooling. We can test finishes on your actual part geometry or similar substrates to validate manufacturability and performance, significantly reducing development risk and time-to-market for new packaging designs.