Hey there! As a supplier of 350ML Coke bottles, I often get asked about the weight of these little guys. So, I thought I'd dive into this topic and share everything you need to know.
First off, let's talk about the factors that affect the weight of a 350ML Coke bottle. There are a few things to consider here. The material of the bottle is a big one. Most 350ML Coke bottles are made of plastic, specifically PET (polyethylene terephthalate). This is a lightweight and durable material that's commonly used for beverage containers.
The design of the bottle also plays a role. The shape, thickness of the walls, and any additional features like ridges or labels can all add to the weight. For example, a bottle with a thicker wall will generally weigh more than one with a thinner wall. And if the bottle has a fancy label or some embossed details, that'll add a bit of extra weight too.


So, what's the average weight of a 350ML Coke bottle? Well, it can vary depending on the factors I just mentioned, but generally, an empty 350ML plastic Coke bottle weighs around 18 - 22 grams. That's not a whole lot, is it?
Now, let's think about when the bottle is filled with Coke. A 350ML serving of Coke weighs about 350 grams because the density of Coke is very close to that of water (about 1 gram per milliliter). So, when you add the weight of the empty bottle (let's say 20 grams for this example), the total weight of a full 350ML Coke bottle is around 370 grams.
You might be wondering why the weight matters. Well, for us suppliers, it's important for a few reasons. First of all, it affects shipping costs. The heavier the bottles, the more it costs to transport them. So, finding ways to keep the weight down without sacrificing quality is a big deal.
It also matters for the end - user. If you're carrying a few 350ML Coke bottles around with you, the weight can add up. A lighter bottle means it's easier to carry, which is a plus for consumers.
Now, let's compare the 350ML Coke bottle with some other types of beverage containers. If you're looking for something more insulated, you might consider a Double Layered Stainless Steel Insulated Cup. These cups are great for keeping your drinks cold or hot for longer periods. But they're much heavier than a plastic Coke bottle. A typical double - layered stainless steel insulated cup can weigh anywhere from 300 grams to 500 grams, depending on its size and design.
Another option is a Handheld Stainless Steel Insulated Bottle. These are also heavier than plastic Coke bottles. They're designed to be portable and keep your drinks at the right temperature, but you'll definitely feel the extra weight in your hand.
If you prefer glass, there's the 40 Ounce Glass With Handle And Straw. Glass is heavier than plastic, and a 40 - ounce glass (which is about 1182.94 ML) will weigh significantly more than a 350ML plastic Coke bottle. An empty 40 - ounce glass can weigh around 500 - 600 grams, and when filled, it'll be even heavier.
As a supplier of 350ML Coke bottles, we're always looking for ways to improve our products. We work hard to make sure our bottles are lightweight, yet strong enough to hold the Coke without any issues. We also focus on making them environmentally friendly. Plastic bottles can be recycled, and we encourage our customers to do so.
If you're in the business of selling beverages and are looking for a reliable supplier of 350ML Coke bottles, we'd love to hear from you. Whether you're a small convenience store or a large supermarket chain, we can provide you with high - quality bottles at a competitive price. Our bottles are tested to meet all the necessary safety and quality standards, so you can be confident in the product you're getting.
Contact us if you're interested in learning more about our 350ML Coke bottles or want to start a purchase negotiation. We're here to help you find the best solution for your beverage packaging needs.
References:
- General knowledge about plastic and glass materials and their weights.
- Beverage industry standards and common practices for bottle manufacturing.




