Ryucan Resipyan Plastik pou Likid by Peyman Hashemi

Ryucan Resipyan Plastik pou Likid by Peyman Hashemi is a highly esteemed winner of the very prestigious 2025 A' Design Award Bwonz in Dezayn Anbalaj Competition Category.

BwonzAnbalaj· 2025

Ryucan Resipyan Plastik pou Likid

by Peyman Hashemi

Client: Queen Pack Design

A' Design Award Bwonz Winner in Anbalaj Category

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Verified Award Winner

Verify Award Status for #168821

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Colors

The Design

About Ryucan Resipyan Plastik pou Likid

Ryucan se yon resipyan lwil motè dirab ki enspire pa amò samurai, li mete aksan sou fòs, rezistans, ak responsablite anviwònmantal. Li fèt ak katreven dis pousan polieten ot dansite resikle, li redui itilizasyon plastik vyèj pandan l ap kenbe dirayite. Analiz eleman fini pèmèt yon rediksyon ven pousan nan pwa, sa optimize transpò a e redui emisyon. Li depase estanda tès chit endistri a epi li reziste a san tranteyen kilogram nan senkant degre Selzyis. Mak gofre ranplase etikèt yo, sa amelyore kapasite resiklaj la e elimine dechè mikwo-plastik.

The Recognition

About the A' Design Award Bwonz

Ryucan Resipyan Plastik pou Likid se yon ganyan A' Design Award Bwonz, yon rekonesans ki gen anpil prestij yo bay design ekselan ki make pa kreyativite, enjenyozite ak finès. Ganyan Bwonz yo se objè ki abil anpil e ki kreyatif nan fason ki frape, ki otantifye gwo eksperyans, imajinasyon ak debouyaj designer yo. Yo atann Ryucan Resipyan Plastik pou Likid pou se yon objè anpil moun estime, admire e renmen, ki pwofesyonèl e inovatè nan fason remakab. Design sa a ki ganyen A' Design Award Bwonz enkòpore pi bon pratik nan atizay, syans, design ak teknoloji, e li ekselan pou atansyon li bay detay. Ryucan Resipyan Plastik pou Likid satisfè bezwen yon fason espledid, li touche dezi, li chame santiman e li atire kiryozite.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The Ryucan oil container is inspired by the strength and precision of Samurai armor, designed for both durability and material efficiency. Its angular structure and layered surface enhance recyclability by eliminating the need for adhesive labels. The embossed branding, ergonomic grip, and lightweight build provide superior handling and ease of transport, combining functionality with environmental responsibility.
Dimensions & Packaging: width: 245 millimeters
depth: 98 millimeters
height: 314 millimeters
capacity: 4 liters
material: ninety percent recycled high-density polyethylene
weight: 240 grams, twenty percent lighter than standard containers
drop test performance: successfully passed from two point two meters, exceeding the one point eight meter industry standard
pressure resistance: withstands one hundred thirty-one point four kilograms at fifty degrees celsius
production process: blow molding with finite element analysis optimization
branding: embossed logo for improved recyclability, no adhesive labels
Tags: Sustainable packaging, industrial container, recycled plastic, Finite Element Analysis, lightweight design, Samurai-inspired, embossed branding, blow molding, eco-friendly, high-performance
Production Technology: Ryucan is manufactured using advanced blow molding technology, a process that heats and inflates thermoplastic material into a precise, high-strength form. The container is made from ninety percent recycled high-density polyethylene, reducing the need for virgin plastic. Finite element analysis was applied to optimize the structure, ensuring durability while achieving a twenty percent weight reduction. The embossed branding technique eliminates adhesive labels, enhancing recyclability and sustainability.
Design Challenge: The biggest challenge was balancing sustainability, strength, and efficiency. Reducing weight by twenty percent while maintaining structural integrity required extensive finite element analysis simulations. Ensuring high durability with ninety percent recycled plastic demanded precise molding techniques. Replacing adhesive labels with embossed branding posed challenges but improved recyclability. Overcoming these obstacles resulted in a lighter, stronger, and more sustainable container.
Research: The Ryucan project aimed to balance sustainability, strength, and production efficiency. Reducing weight by twenty percent while maintaining structural integrity required advanced finite element analysis. Achieving high durability with ninety percent recycled plastic demanded precise molding techniques to enhance material resilience. Eliminating adhesive labels and replacing them with embossed branding presented manufacturing challenges but significantly improved recyclability. The result is a lighter, stronger, and eco-friendly industrial container that sets a new standard in sustainable packaging.
Inspiration: The design process initiates at a point beyond merely defining a project and its needs; it starts with a search for inspiration to develop a fresh approach. This inspiration must then be integrated into a functional context. For this project, we derived a unique aesthetic from the layered structure of Samurai armor, an element that symbolizes strength, durability, and protection. Drawing from this concept, we developed a container design that balances resilience with a distinctive visual identity.
Project Duration: The Ryucan project began in January 2023 in Istanbul and concluded in December 2023. The development process involved in-depth research, multiple prototypes, and rigorous performance testing to ensure exceptional durability and sustainability. The final product was manufactured using proprietary techniques and officially debuted at ICIS 2025 London, reinforcing our commitment to eco-friendly industrial packaging innovations.
Operation Flow: Ryucan is designed for effortless handling and precise pouring. Its ergonomic grip provides comfort and control, preventing spills and improving user experience. The lightweight structure enhances maneuverability, while embossed branding ensures durability without peeling. The reinforced body withstands drops and pressure changes, guaranteeing reliability. Its optimized shape allows for easy stacking, reducing storage space and transport costs while improving sustainability.
Patents: Copyrights belong to Peyman Hashemi, 2024.
Team Members: Co-Designer: Kayhan Turan
Image Credits: All Images are taken by Kayhan Turan