Phinix Masini Su'ega Afi by Youking Design

Phinix Masini Su'ega Afi by Youking Design is a highly esteemed winner of the very prestigious 2023 A' Design Award Ario in Mamanu Masini Pisinisi Competition Category.

ArioMasini Pisinisi· 2023

Phinix Masini Su'ega Afi

by Youking Design

Client: Phinix

A' Design Award Ario Winner in Masini Pisinisi Category

57,670

Verified Award Winner

Verify Award Status for #146040

Visit Site View at A' Design Award Press Release Award Badge

Colors

The Design

About Phinix Masini Su'ega Afi

O lenei oloa e faʻatautaia suʻega faʻataʻitaʻiga o mea eseese, auʻiliʻili faʻamaumauga faʻafefe, lagolago faʻamaumauga mo le atinaʻeina o mea fou, ma faʻataʻatia galuega gaosiga. I le taimi lava e tasi, na toe iloilo atili e le au mamanu amioga ma masaniga a tagata faʻaoga ma faʻaopoopo le avanoa e teu ai mo suʻega & #039; mea a le tagata lava ia, ina ia mafai ona latou maua se poto masani sili atu ona faigofie ma manaia i le faʻatinoga o le suʻega. E fa'amaonia le saogalemu o fale su'esu'e ma le sa'o o fa'amaumauga, fa'atūina se fa'avae lelei mo le pulea o ao ma fa'ata'ita'iga i le lumana'i.

The Recognition

About the A' Design Award Ario

O le A' Design Award Ario na manumalo ai Phinix Masini Su'ega Afi, o se faamaoniga matuā mamalu e tuuina atu i mamanu sili ona lelei, matagofie ma mataʻutia. O ē manumalo i le Ario o galuega susulu tele ma fatufatuaʻi e faaalia ai le poto, le taleni ma le atamai o tagata mamanu. E faamoemoeina Phinix Masini Su'ega Afi e avea ma galuega matagofie, o se fesuiaiga mo isi, e iloga i le tomai faapolofesa ma mea fou loloto. O lenei mamanu na manumalo i le A' Design Award Ario o se mea e iloga, ua mataʻina e aogā ma tuleia atu tapulaʻa o le faatufugaga, saienisi, mamanu ma tekonolosi. Phinix Masini Su'ega Afi o se mea e fiafia i ai le toatele, e fafagu ai manaʻoga, aumaia ai lagona lelei ma tupu ai le ofo.

Behind the Design

Press Kit

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

Unique Properties: Fire testing equipment series are equipment used to test the combustion characteristics of materials. They can conduct combustion experimental testing of construction materials, lithium batteries, bundled cables, buses, high-speed trains, etc., analyze combustion data, support data for new material development, standardize production activities, and also help reduce the occurrence of fire accidents in the world.
Dimensions & Packaging: 650mm x680mm x1780mm
1500mm x1000mm x2000mm
2000mm x1100mm x2800mm
1500mm x800mm x500mm
2500mm x500mm x500mm
650mm x430mm x320mm
Tags: Fire testing, Equipment series, Safety, Modular combination, Cloud control, Cloud experimentation
Production Technology: Stainless steel, aluminum profile, copper pipe.
It helps reduce fire accidents across the world by conducting combustion experiments on various materials (building materials, lithium batteries, bundle cables, buses, high-speed trains, etc.), analyzing combustion data, providing data support for new material research and development and regulating productive activities.
Design Challenge: The combination of environment and equipment of experiment increases the stability of experimental data, but most manufacturers only consider fire testing equipment itself. The equipment requires many flammable and explosive gases and a large number of cables and pipelines. It is also necessary to take the purification and emission of toxic and harmful gases into consideration. We combined lab environment and equipment functions in the design, which makes the equipment more in line with the layout and planning of the lab. It guarantees lab's safety and data's accuracy.
Research: According to the customized needs of different customer groups, the design combines the unchanged basic form with changeable modular operation panel, so as to maintain the brand unity in the appearance and meet the customized needs of different customers in terms of function. The transformation of small batch of customized demand into mass production and processing products will save production cost and improve resource utilization.
Inspiration: The combination of environment and equipment of experiment increases the stability of experimental data, but most manufacturers only consider fire testing equipment itself. The equipment requires many flammable and explosive gases and a large number of cables and pipelines. It is also necessary to take the purification and emission of toxic and harmful gases into consideration.
Project Duration: The project was designed in Shenzhen in September 2020.
The design was completed in May 2022.
It was processed and produced in Suzhou in September 2022.
Operation Flow: The modular design enables the function of the operation panel replaceable. In order to expand the experimental function of the equipment, the layout of the function buttons and observation function keys on the operation panel is in line with ergonomics and experimental operation habits. The optimized design of the visible window opening method of the fume hood reduces the space occupied when the door is open and provides convenience for experimental operations.
Patents: Name of utility model: a new efficient fume hood
Inventor: Lang Shangfei; Li Tian; Ningde Garden; Yan Fei; Tensioning vibration; Xu Qiuyu; Zhong Cheng
Patent No.: ZL2022 21557273.2
Patent application date: June 21, 2022
Patentee: Jiangsu Fellman Safety Technology Co., Ltd
Address: No. 11, Xuzhou Software Park, No. 6, Software Park Road, Quanshan District, Xuzhou City, Jiangsu Province, 221000，Building Room 422
Authorized Announcement Date: September 9, 2022 Authorized Announcement No.: CN 217393273 U
Team Members: Designer: Zhong Cheng
Designer: Lang Shangfei
Designer: Feng Kexin
Designer: Zhang Jin
Engineer: He Minghuan
Engineer: Li Tian
Engineer: Ning Deyuan
Image Credits: Photo # 1: Photographer Lang Shangfei,Feng kexin,2022.
Photo # 2: Photographer Lang Shangfei,Feng kexin,2022.
Photo # 3: Photographer Lang Shangfei,Feng kexin,2022.
Photo # 4: Photographer Lang Shangfei,Feng kexin,2022.
Photo # 5: Photographer Lang Shangfei,Feng kexin,2022.
Video Credits: Zhong cheng,2022