Brands have used many different types of packaging for their cosmetic products, but glass jars are proving themselves as a top option in the beauty market. Brands must select packaging that accommodates their products, and for many cosmetics, glass is the best packaging material available. Read further as we explore five benefits of packaging your brand&#;s cosmetics in glass jars.
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Glass is the ideal packaging material for cosmetics due to its stability and safety. Glass jars provide a lead-free and secure barrier, ensuring the integrity of the products they contain. Unlike some plastics or metals that may contain harmful substances, glass is a non-toxic and inert material that ensures cosmetics remain uncontaminated.
Moreover, glass jars exhibit exceptional resistance to heat, light, and solvents, further enhancing the preservation of cosmetics. The heat resistance of glass allows it to withstand temperature fluctuations, and its light resistance effectively blocks harmful UV rays.
Glass jars provide customers with an easy and satisfying product experience. The wide mouths of glass jars make it easy for customers to access the product inside. Whether it&#;s scooping out a moisturizer or applying a face mask, the wide opening of glass jars allows for effortless usage. Customers easily retrieve the desired amount of product without any hassle, enhancing their overall convenience and enjoyment.
Furthermore, glass jars are easy to clean and sanitize, offering customers the opportunity to maintain the hygiene and longevity of their cosmetics. Unlike some other packaging materials, glass is non-porous, making it resistant to stains and odors. This means that customers easily rinse out the jar, ensuring that no residue or bacteria remains after each use. The ability to clean and sanitize glass jars not only promotes good hygiene practices but also prolongs the lifespan of the cosmetics, providing customers with more value for their purchases.
Glass jars come in various shapes and sizes, making them a versatile choice for packaging a wide array of cosmetics. Brands have chosen glass jars to package plenty of different beauty products, including:
Cylinder and square-shaped glass jars are common in the beauty industry, though custom-shaped jars have also found success with customers. The versatility of glass jars enables brands to choose the most appropriate option to complement their specific cosmetics. Additionally, businesses can easily customize glass jars with labels, embossing, or decorative elements, making the product visually appealing and distinctive on store shelves.
In the cosmetics industry, packaging plays a key role in shaping customers&#; perception of a product. Glass jars, especially heavy and thick ones, convey a sense of luxury and high quality. By opting for glass packaging, brands leave a lasting positive impression on customers, increasing the perceived value of their cosmetics.
Additionally, the transparency of the glass allows customers to easily see the product. This is an essential factor when it comes to cosmetics and skincare products where the texture, color, or consistency are the customer&#;s biggest concern.
Packaging pollution is a major issue in the current era. but glass jars present a sustainable solution. Glass is infinitely recyclable, meaning we can recycle the material endlessly without losing quality. Also, the process of recycling glass consumes less energy than producing it anew &#; further contributing to resource sustainability.
For customers, it&#;s also much more appealing to reuse glass packaging as opposed to plastic. The durability and cleanliness of glass encourage customers to avoid throwing the packaging away, and instead find a new purpose for the container. By opting for glass jars, your cosmetics brand will align with environmental causes and reach more eco-conscious customers. Learn more about inventive ways to upcycle glass packaging here.
The optimal glass jar depends on the cosmetic product at hand &#; but in general, heavy and thick jars resonate best with customers. To find the best glass jars for a wide array of cosmetic products, refer to the table below:
NAME CAPACITY IMAGE Square Glass Jar 1.5 oz. Calypso Glass Jar 4 oz. Calypso Glass Jar 70mm Thread 6 oz. Glass Jar With Cork And Spoon 8.5 oz. Calypso Wide Mouth Glass Jar 13 oz.Sustainability is increasingly more important to consumers. Companies worldwide are making changes to reduce their carbon footprint and leave a more positive impact on the planet to answer this growing concern. An important way companies can realize improved sustainable impact is through better product packaging practices.
When choosing packaging, there are many material choices, such as glass and various types of plastic. Both materials are available in many standard sizes and shapes, and both can be customized to a specific brands&#; needs. However, if sustainability is important to your business, plastic offers significant advantages over glass in several key areas.
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Sustainable use of raw materials is one of the most recognized benefits of plastic. Like glass, plastic production relies on finite natural resources; however, compared to glass&#; constant drain on raw materials, plastic offers unique benefits in recycled applications.
The Glass Manufacturing Process
Manufacturing glass bottles can leave a large impact on the environment. Sand is the primary ingredient in glass. The sand is heated to an extremely high temperature, melted into a liquid state, and then used in molds to make bottles. Although it may seem like we have a readily accessible and abundant supply of sand, it&#;s actually being used faster than it can be naturally replenished. In addition, high silica sand is required to make glass. Sand with a high silica content is typically found in active or extinct riverbeds and sea beds. Removing this sand can have far reaching consequences.
Displacement of sand negatively affects many ecosystems. Sand removal can cause damage to surrounding habitats, disturb river flows, and cause lasting harm. In addition, removing sand from the sea bed also leaves shore communities prone to flooding and erosion. For these reasons, sand consumption is not the most sustainable or environmentally sound practice.
Producing glass is an extremely heat-intensive process and uses a large amount of energy. The raw materials are placed in a furnace where they are heated to &#; degrees Fahrenheit for melting. The temperature is then reduced as the molten glass is cut, molded, and blown into its final bottle form. The glass making process requires energy that is equivalent to 3.0 grams of CO2 per 1.0 gram of glass.
The Plastic Manufacturing Process
Contact us to discuss your requirements of Custom Wide Mouth Plastic Jar. Our experienced sales team can help you identify the options that best suit your needs.
On the other hand, producing plastic utilizes less energy. First, the hydrocarbon raw materials are polymerized into resin pellets using a reactor. Then the resin is shipped to a processor. At the processor, the resin is melted and blown into a mold to form the shape of a bottle using temperatures of 400 &#; 500 degrees Fahrenheit. The energy used to make and process plastic is equivalent to 3.8 grams of CO2 per 1.0 gram of plastic.
Consider this. More material is required to make glass bottles. For example, an 82.2 gram glass jar at 3.0 CO2 equivalents per gram has a total impact of 246.6 grams of CO2 equivalents per jar. A lighter 13.0 gram HDPE plastic jar with 3.8 CO2 equivalents per gram has a total impact of 49.4 grams of CO2 equivalents. The plastic jar has only 20% of the carbon impact of the glass jar. It would take 5 plastic jars to equal the environmental impact of just one glass jar. This demonstrates the full story when comparing the energy need to make glass versus plastic.
The CO2 savings is significant with plastic. Use the example of an order of 1,000,000 2 oz. jars. In this scenario, glass jars yield 246.6 Metric Tons of CO2, but plastic jars only yield 49.4 Metric Tons of CO2. The difference? Plastic yields a savings of 197.2 Metric Tons of CO2. To demonstrate in familiar terms, this savings is equivalent to the following everyday items.
Most plastics (excluding bioplastics) are petroleum-based, relying on finite natural resources like oil and natural gas. Drilling for oil disturbs both the land and marine ecosystems.
Often, dealing with oil can result in oil spills, which contaminate soil and water, and may cause catastrophes such as fires and explosions. However, there are alternative sustainable options.
Resin Produced through Mechanical Recycling
One of the most common methods to recycle plastic waste is Mechanical Recycling. In this process, post-consumer plastic waste is sorted, washed, shredded, and heated back into plastic resin pellets with the actual molecular structure intact. This process requires raw material that is as clean and pure as possible.
Only certain types of plastic waste can be used in this process. In addition, different colored plastics are used, so it&#;s likely that color will vary from batch to batch depending upon the pigmentation of the waste plastic used. Mechanically recycled plastic can only be reprocessed a limited number of times, and it loses physical properties each time it is processed.
Mechanically recycled HDPE and PET help reduce greenhouse gas emissions that are damaging our planet. In a circular economy, making new products from plastic waste removes plastic from the environment by converting discarded plastic back into resin that can be used again. These resins are also fully recyclable in the current recycling stream.
Considering a switch from traditional plastic to a mechanically recycled plastic? You can calculate the environmental savings both options yield by using our PCR PET and PCR HDPE sustainability calculators.
If you currently utilize glass containers for your packaging, you can determine the savings when you switch from glass to traditional PET plastic, or from glass to traditional HDPE plastic. Try our Glass to PET Conversion Calculator and our Glass to HDPE Conversion Calculator on a typical packaging order and see how you can improve your carbon footprint and reduce your costs.
Virgin Resin Produced through Advanced Recycling
Advanced Recycling is the emerging sustainable method to obtain ethylene molecules needed to produce polyethylene. Post-consumer waste and several other feedstocks (specific chemical ingredients) are used to generate identical ethylene molecules.
In addition, the Advanced Recycling process ensures that the resulting virgin resin is identical to virgin resin produced with fossil fuels, like oil and natural gas. Like all virgin resins, resin produced through the Advanced Recycling process is free from foreign material and other contaminants. Learn more.
Glass is very fragile and needs extra packaging during transport to keep it from cracking or breaking. In turn, a trailer can carry a greater number of plastic bottles because they use less packaging which takes up less space.
When glass or plastic bottles are produced and ready for distribution, it still takes more fuel to transport glass products the same distance as plastic products because glass is heavier. A greater negative impact on the environment results from using more fuel means greater carbon emissions.
Understand the Differences and Help Save the Planet
Only you can determine whether glass or plastic is best for your product. However, if reducing your carbon footprint is a high priority, plastic has distinct advantages over glass. You can make more informed decisions about your packaging options when you understand these differences.
At Drug Plastics, we invest in our customers&#; success and value our partnerships. When you work with us, we provide you with all the information you need to make decisions that improve your sustainability, increase your bottom line, and improve your brand.
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