Categories: News

Durability of HTC One S body explained

The upcoming HTC One S is the thinnest phone from the HTC One Series at only 7.8mm. As manufacturers are obsessed with making phones thinner, HTC puts more emphasis on build quality. We’ve seen how smart phones using different materials like the Motorola RAZR with its Kevlar back but HTC is going bonkers with a new way of strengthening its metal body.

The One S features a unique ceramic like finish which is made possible through micro arc oxidation. It is a process where an aircraft aluminium is subjected to 10,000 volts of energy which they claim is similar as lightning striking the phone. As a result, the HTC One S’s unibody is durable enough that you won’t need a case at all. This they claim is 5 times stronger than aerospace aluminium and 3 times stronger than stainless steel. We can’t wait to get a hands on with the One S soon.

[ SOURCE ]

Recent Posts

Shell Recharge activates 180kW DC Charger at Temerloh RNR KL Bound, over 28 months after installation

After a long wait, the severely delayed EV Charger along LPT highway is finally online.…

15 hours ago

Tesla Outlet Adapter for V2L Powershare coming soon to Malaysia: Priced at RM350

The Tesla Outlet Adapter has been listed on Tesla Shop Malaysia for RM350. This accessory…

22 hours ago

Proton’s 2026 exports already surpass full-year 2025 total

Proton has revealed that its total export volume from January to September 2026 has already…

1 day ago

iPhone Duo pre-orders mostly sold out in Malaysia, Apple Store delivery slips to January 2027

The highly anticipated iPhone Duo is now open for pre-orders in Malaysia but if you…

1 day ago

JomCharge plans to deploy 1,000 EV charging stations across Selangor within 2 years

JomCharge is planning a major expansion of its EV charging network in Selangor, with at…

1 day ago

ChargeSini deploys 120kW DC Charger at Atria Shopping Gallery in Damansara Jaya

If your EV needs a quick charge around Damansara Jaya, ChargeSini has just deployed a…

1 day ago

This website uses cookies.