SEOLLAL, KOREAN LUNAR NEW YEAR'S DAY! :)

-
Today,
 I'd like let you know about Korean holidays, Seollal. 
It is one of the most significant traditional
 Korean holidays.
 
Seollal
 
One of my favorite parts on Seollal
is
Tteokguk, rice cake soup.
This soup contains broth with sliced rice cakes.
 
Seollal, Lunar New Year

All family memebers
gather & paly a game together!
 
Seollal, Lunar New Year, Hanbock
 
On Seollal, We wear a traditional cosutme
called "Hanbock"
It's color looks like rainbow.
 
Rainbow-colored contactlens go well with Hanbock.
What do you think about it? :)
It make Seollal more special!!
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens\
http://www.e-circlelens.net/shop/goods/goods_view.php?goodsno=755&category=002
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens
 
Circle lens, Colorcontacts, Colored contacts, e-circlelens
http://www.e-circlelens.net/shop/goods/goods_view.php?goodsno=754&category=005
 
* Holiday Notice *
 
Dear e-circlelens.com customers,

Please be noted that e-circlelens.com will be closed
from February 18 ~ 22, 2015.
 
During holidays we won't be able to ship your orders,
or reply any e-mails.
 
We apologize for any inconvenience this may cause.
  
We ❤ your eyes

Comments

  1. VonnishFebruary 17, 2015 at 4:56 AM

    I've always wanted to visit Korea during the holidays. It looks like so much fun!

    ReplyDelete

Post a Comment

Popular posts from this blog

Kawaii Japanese Girl Idol having beautiful eyes♡

-
Image
I would like to post Kawaii Japanese Girl Idol having beautiful dolly brown eyes like circle lenses!  First, Miru Shiroma has light and chocolate brown eyes!  She doesn't need to wear circle lenses or cosmetic lenses!  What about Kanna Hashimoto? Wahh! She looks like an alive doll!! Look at her hazel eyes! So kawaii!!  They are so kawaii!!  I really want to have those beautiful dolly brown eyes like them♡
Read more

6 Facts About Contact Lenses

-
Image
Contact lenses are great alternatives to prescription glasses. Not only are they aesthetically pleasing, but they’re also convenient and hassle-free. Like most glasses, contact lenses can be for aesthetic purposes or prescribed by an ophthalmologist. You can buy contacts at any circle lens store within your area. But did you know these facts about contact lenses?  6 Facts About Contact Lenses Leonardo da Vinci invented the first contact lens in 1508. However, wearing a water-filled glass hemisphere over the eye was impractical. Rene Descartes, a French philosopher, elaborated on the concept in 1636, proposing a glass tube to be worn directly on the cornea. However, this “contact lens” was never produced because it prevented the eye from blinking. It took until 1888 for Adolf Fick, a German ophthalmologist, to create the first fitted contact lens (made of blown glass). The earliest contact lenses were made of glass. You read that right! The first contact lenses were made of glass! Can
Read more

Things You Should Know About Toric Circle Lenses

-
Image
A Toric circle lens is a contact lens that has a unique shape. Standard contact lenses have a spherical surface, similar to a slice of a beach ball's side. Toric circle lens, on the other hand, is a geometric shape that resembles a donut. A toric circle lens is shaped like a slice of this donut's side. Toric contact lenses have different refractive, or focusing, powers in vertical and horizontal orientations due to their shape. The refractive strength gradually increases or decreases as you move around the lens. Contact Lenses for Astigmatism Toric contact lenses can correct astigmatism caused by a different curvature of your cornea or lens in your eye (referred to as regular astigmatism, corneal astigmatism or lenticular astigmatism). You can wear these toric circle lenses for astigmatism every day to help correct your eyesight. The cornea or lens is curved in these cases, causing your eye's refraction to differ between the vertical and horizontal planes. This results in
Read more