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Cina produksi massal kaca setipis kertas A4 yg super kuat
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https://www.kaskus.co.id/thread/5b176ecce0522700088b4567/cina-produksi-massal-kaca-setipis-kertas-a4-yg-super-kuat

Cina produksi massal kaca setipis kertas A4 yg super kuat

Ultra-strong 0.12 mm sheet glass mass produced in China
ELECTRONIC

Cina produksi massal kaca setipis kertas A4 yg super kuat781km to Beijing

Cina produksi massal kaca setipis kertas A4 yg super kuat2018-05-11 11:01 GMT+8
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Cina produksi massal kaca setipis kertas A4 yg super kuatCina produksi massal kaca setipis kertas A4 yg super kuatCina produksi massal kaca setipis kertas A4 yg super kuatCina produksi massal kaca setipis kertas A4 yg super kuat[email]?subject=Ultra-strong%200.12%20mm%20sheet%20glass%20mass%20produced%20in%20China&body=I%20thought%20you%20might%20be%20interested%20in%20this%20news%3A%20https%3A%2F%2Fnews.cgtn.com%2Fnews%2F3d3d414e356b7a4d77457a6333566d54%2Fshare_p.html.[/email]Cina produksi massal kaca setipis kertas A4 yg super kuat

Cina produksi massal kaca setipis kertas A4 yg super kuat
A Chinese research institute has created super-thin, ultra-strong sheet glass that can resist the impact force of a car running at 150 kilometers an hour.
Created by the Glass Research Institute in Bengbu City, Anhui Province, a unit of the technical engineering platform of China National Building Material Co., Ltd, the glass is only 0.12 millimeter thick, roughly as thick as a standard A4-sized piece of paper, which is 0.095 mm.
In an experiment led by leading researcher Cao Xin, a 55-gram steel ball was dropped from one meter to hit the glass, equivalent to the impact force made by a family car hitting a wall at a speed of 150 kilometers per hour, and the glass remained intact.
The sheet glass, which came off the production line in April, is the thinnest one mass-manufactured using the float process, according to Cao. Modern windows are usually made from float glass, which is a sheet of glass made by floating molten glass on a bed of molten metal. This method gives the sheet uniform thickness and very flat surfaces.
Cao said the ultra-thin glass could be used widely in the electronic information sector, such as for screens for cellphones, computers and TVs. The thinner the glass, the better the light transmission performance and the flexibility, as well as the lighter the weight, but how to remain its strength at the same time is indeed a global challenge. Cao said his next goal is to mass produce sheet glass at 0.1 millimeters thick.
At the end of the 1950s, the British company Pilkington Glass announced that they successfully developed the float process and countries were lining up to buy the patents, but China was blocked out. Since then the Chinese glass-making industry realized that it must find a path to innovation independently.
Led by chief scientist Peng Shou, the research institute has made a series of strides in recent years, making 0.33-millimeter sheet glass in June 2014, 0.15-millimeter in April 2016 and now 0.12-millimeter.


https://news.cgtn.com/news/3d3d414e356b7a4d77457a6333566d54/share_p.html



bandingkan sama gorilla glass, kuatan mana yaemoticon-Bingung

Urutan Terlama
Yah, semua tergantung kualitasnya sih. Yang kayak ginian kan biasanya dipake buat ponsel.
perasaan gw sih,
kalo ditabrak mobil dengan kecepatan 150 km/jam
pasti jauh lebih parah daripada kejatuhan bola besi 55 gram dari ketinggian satu meter

ORI gak tuh ???? jangan jangan KW
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Tergantung, rah.

Kalo nanti di kasih nama kingkong glass, jelas menang kingkong sih. emoticon-Malu (S)
emoticon-Leh Uga
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read the article comlpletely u stupid fag
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Quote:


EXPLAIN emoticon-Cool
Quote:

In an experiment led by leading researcher Cao Xin, a 55-gram steel ball was dropped from one meter to hit the glass, equivalent to the impact force made by a family car hitting a wall at a speed of 150 kilometers per hour, and the glass remained intact.

Cao said the ultra-thin glass could be used widely in the electronic information sector, such as for screens for cellphones, computers and TVs. The thinner the glass, the better the light transmission performance and the flexibility, as well as the lighter the weight, but how to remain its strength at the same time is indeed a global challenge. Cao said his next goal is to mass produce sheet glass at 0.1 millimeters thick.


next time ask ur mom emoticon-Cool
entah kenapa saya ragu..emoticon-Cool
Kemajuan Teknologi
Shu pha han na la.. China wenel2 lahmatan liu alaming haa..
Wangsa celdas ho emoticon-thumbsup
Entar ada yg mraktekin ky dulu. seorang laki2 ingin membuktikan kalo kaca di kantornya emang anti pecah seperti yg dipromosikan. Dia akhirnya mendobrak tu kaca, sekali dobrak masih kuat, dia makin penasaran, dua kali dobrak masih kuat, 3 kali dobrak kaca pecah dan yg bersangkutan jatuh dari lantai 30
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bagaimana 55 gram bola besi dari ketinggian 1 meter bisa setara dengan mobil yang melaju 150 km/jam?

EXPLAIN
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anjaay.. , shu pha han na la.. lahmatan liu alaming emoticon-Wakaka
gokil lu .. emoticon-Ngakak
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astaga X'DDD

gitu ajah di permasalahin...... X'D

tak kira maksudmu ngomong karena enggak tau "fungsi kacanya buat apa?tipis buat apa?ngapain di tes kayak gitu banget?"

teryata lebih parah lagi X'D ya rabb...
Diubah oleh sabun.ajaib
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bagaimana 55 gram bola besi dari ketinggian 1 meter bisa setara dengan mobil yang melaju 150 km/jam?

EXPLAIN


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