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COLLECTION REFERENCE
Prism Shift Iridescent Faceted Zipper Puller
PRISM SHIFT explores the interaction between geometric faceting, transparency and iridescent optical effects in contemporary apparel hardware. Featuring an elongated, gemstone-inspired silhouette, the pull tab incorporates multiple angular facets that create a dynamic interplay of light, colour and reflection. Its transparent, crystal-like body displays a spectrum of blue, violet, cyan and warm amber tones, contrasted with a polished black-metal connector. Inspired by optical prisms and precision-cut gemstones, PRISM SHIFT brings a distinctive material expression to contemporary menswear, outerwear and fashion accessories. The concept offers opportunities for collaborative development in optical materials, faceted geometries and customised iridescent finishes.
- Development stage
- Concept
- Product code
- HTS-76856
- Construction
- Elongated faceted resin pull tab with a tapered gemstone-inspired profile and angular geometric surfaces. The body connects to a No. 5 metal zipper slider through a rigid U-shaped metal loop and a separate metal attachment plate with a circular fastening detail. Final internal anchoring and assembly methods require engineering verification.
- Material
- Faceted transparent resin with iridescent optical effects and black-finished metal components.
- Dimensions
- No. 5 (5#) zipper slider; Pull tab: Approx. 46 × 18 mm (L × Max. W); Overall length: Approx. 60 mm; Slider body width: 11.5 mm;
- Finish
- Iridescent Rainbow / Crystal Clear / Optical Blue / Violet / Black Gunmetal High-gloss polished surface with multi-faceted geometry and spectrum-inspired optical detailing.
- Application
- Contemporary menswear, fashion outerwear, premium casual jackets, designer accessories, handbags and lifestyle apparel.
- Customisation
- Faceted geometry, resin transparency, iridescent colour effects, optical inserts, pull-tab dimensions, surface finishes and metal connector colours.
- Minimum order
- To be confirmed after material and production feasibility assessment.
- Lead time
- Sampling and production lead times will be determined based on final material selection, tooling requirements, finish specifications and order quantity.
Archive image reference. Specifications have not yet been confirmed.
DESIGN INTENT
PRISM SHIFT investigates how geometric precision and optical material effects can redefine the visual character of functional apparel accessories. Inspired by the behaviour of light passing through faceted transparent objects, the design integrates angular surfaces with a spectrum-inspired colour composition. The interplay between transparent geometry, reflective surfaces and shifting iridescent tones creates a distinctive sense of depth and movement. Rather than relying on conventional printed decoration, the concept explores optical behaviour and material structure as integral elements of product design.
PROTOTYPE DEVELOPMENT
Initial development focuses on defining the faceted geometry and evaluating suitable transparent polymer systems. Proposed sampling stages include: Development of precision-faceted pull-tab geometry. Selection of high-transparency resin or alternative optical polymers. Evaluation of iridescent films, interference coatings and refractive structures. Prototype casting or moulding. Surface finishing and optical-effect optimisation. Integration of metal connector components. Mechanical and material performance testing. Final manufacturing methods will be selected following feasibility trials.
DESIGN COLLABORATION
Advanced transparent polymer applications. Custom faceted and prismatic geometries. Iridescent optical films and surface treatments. Development of colour-shifting visual effects. Integration of optical elements with metal hardware. Application-specific sizing and structural development. Coordinated optical-material apparel accessories.
LIMITATIONS & NEXT STEPS
Optical effects require physical prototype validation. The rendered rainbow appearance does not establish actual light-dispersion performance. Resin clarity, UV stability and yellowing resistance require testing. Optical films or coatings must be evaluated for adhesion and durability. Faceted edges must be assessed for garment snagging and handling comfort. Resin-to-metal attachment strength requires verification. Washing resistance, abrasion resistance and colour stability must be assessed. Final dimensions, weight and production consistency remain subject to engineering approval.
