USA

Standard: 3 - 4 Business Days
Express: 2 Business Days
Overnight: 1 Business Day

CANADA

Standard: 4 - 10 Business Days
Express via DHL 2 - 4 Business Days

INTERNATIONAL

Standard via DHL: 4 - 10 Business days

*** COVID -19 RESPONSE ***

We have implemented strict protocols to protect our team and customers, specifically informed by guidance as provided by the CDC. Your orders will be safely packed and shipped.

Our goal is to provide a smooth shopping experience, 6 ICE ships orders every business day, Monday through Friday. That means your purchase will be in the mail within two business day after the payment is confirmed.

Tracking & Insurance

After you place your order, we will get ready and ship your package in 48 hours. You'll receive tracking information via SMS text and/or e-mail. All shipments are insured.

Please allow 4-8 weeks for the production of your custom orders. Your custom pendants need time to craft and test; you'll see it's worth waiting for when you receive it. We will send you an email as soon as production is completed.

After the production, we will ship it with the shipping option you chose at the checkout.

8.5mm Diamond Cuban Chain 18k Gold

Name: 8.5mm Diamond Cuban Chain 18k Gold
Brand: 6 ICE
Price: 209.00 USD
Availability: InStock
Rating: 5.0 (3 reviews)

Rated 5.0 out of 5

Based on 3 reviews

$209.00

Sizing Guide

CHAIN SIZE GUIDE

BRACELET SIZE GUIDE

1. Measure your wrist just below the wrist bone, where one would normally wear a bracelet, with a flexible measuring tape, or a strip of paper.

2. If you are using a plain strip of paper, then measure that item with a ruler to determine your wrist size.

3. Add 1/4 inch to 1 inch to your wrist size, depending on whether you would like a snug, comfort, or loose fit.

RING SIZE GUIDE

The Paper Strip Test

- Cut a small strip of paper

- Wrap it around your finger snugly.

- Mark the point where the end of the sting or paper meets

- Measure the length with a ruler and compare your measurement to our sizing picture. The length of your paper is equal to the inner circumference shown below.