Why you Should Use PCR PET Bottles for your Business

Post-consumer resin (PCR) is an eco-friendly solution made from reusing materials designed to be used once and disposed of at landfill sites. PCR pet bottles are made from discarded items such as plastic milk and drink bottles.

There are residential recycling programs that collect and sort discarded plastic items before PCR production. The plastic collected is washed, dried, and pelletized. This prepares them for a new manufacturing process.

If you run a business and want to embrace the numerous benefits of recycled content in your product packaging, then consider PCR. Customers can increase PCR levels in their packaging for a more sustainable solution. The best PCR pet bottles are made with high manufacturing standards and are monitored for safe usage.

You can use PCR pet bottles for your Business. It will provide a sustainable solution to customers and also reduce environmental impact. However, it is worth mentioning that increasing the percentage range above 10% can create a difference in the batches of PCR.

Many foods and beverage companies use recycled materials in their packaging or are considering it. Using post-consumer recycled (PCR) plastics has several environmental advantages and improves brand equity.

  • Recycling decreases the quantity of plastic that ends up in landfills, and PCR aids in the maintenance of the recycling infrastructure.
  • Using recycled PET reduces the amount of petroleum required to produce new virgin resin.
  • In addition, recycled PET uses less energy and has a lower carbon footprint than virgin PET.
  • PCR is a viable solution to reuse single-use items.
  • PCR pet bottles can also be recycled for a new manufacturing process.
  • PCR lessens carbon footprint and reduces the cost of transporting manufacturing materials.
  • PCR promotes recycling and fosters a circular economy.
  • The use of PCR packaging shows how important and valuable manufacturing companies care about the impact of their product packaging.

PCR Circular Solution

Generally, most plastic products have a life cycle. PCR products extend the lifespan of plastics by getting into another cycle of the manufacturing process. The circle includes;

  1. The new products are manufactured using a range of 10% to 100% PCR
  2. Consumers use recycled products
  3. Using the correct recycling facilities, the plastic products are discarded in preparation for another recycling process
  4. A recycling center collates the waste and sorts them into appropriate categories
  5. The plastic is grounded with specialized equipment
  6. PCR is washed and dried
  7. The products are pelletized and distributed to manufacturers to be used.

PET is one of those plastics that are ingrained in your daily routine. PET is the material of choice for all applications that require a lightweight, impact-resistant material. Polymer is utilized in various applications, including packaging, fabrics, films, and molded parts for automotive, electronics, and other industries. Also, remember that PET is one of the most recyclable thermoplastics.

Except for the additional equipment necessary to store, handle, and blend PCR, no modification to machinery or molds is required. However, on the other hand, PCR frequently involves subtle hurdles and process considerations. The quality of the PCR resin will, in most cases, have the most significant impact on the issues you’ll experience during production.

PET bottles and jars can now be constructed entirely of recycled plastic (rPET, otherwise known as PCR PET). The best part is that you are not limited to just a few sizes, shapes, or colors. Many manufacturing companies can provide you with most of our “Made to Order” alternatives.

Making bottles off recycled Pet presents many problems, which increase as the quantity of PCR used increases. Furthermore, ongoing attempts have been made to modify PET characteristics for greater performance with favorable cost profiles to meet high-end application demands.

Polypropylene, polyethylene, and polyvinyl chloride are all popular for these advantages, so how can you know which is right for you? Here are some qualities to look out for in your PCR pet bottles.

  • Extremely strong.
  • Rigidity and hardness are high.
  • Moisture absorption is very low.
  • Creep resistance is good.
  • Sliding friction and wear is low.
  • Hydrolysis resistant (up to +70 °C).
  • Chemical resistance to acids is good.

PVC vs. PET

The choice between PET and PVC is purely based on the function and how you want the finished product to perform.

When it comes to recycling, PET has the advantage over the other two plastics.

Recycling is not easy due to raw PVC’s high Cl content (56 percent by weight).

PVC has the largest percentage of additives of any material.

As a result, PVC must be separated from other polymers before mechanical recycling.

PVC is a hard, somewhat long-lasting material.

It is not a good material to use in packaging.

When exposed to sunshine, it can become hard and eventually break down.

PET is a more robust and long-lasting material that can endure UV radiation and other natural elements. It is shatterproof and resistant to microorganism attacks. It is also lightweight and easy to move.

PVC and PET are similarly priced. However,  PET comprises more oil-based raw materials than PVC. Therefore, its price fluctuates with oil prices. Furthermore, the demand for PET scrap is more, resulting in a higher scrap value. Overall, PET is a less expensive option in the long run.

Order PCR Pet Bottles from Us Today

You can order our PCR pet bottles in any color and print on the bottles. Our minimum order quantity (MOQ) for each color is as low as 10,000 units.

We have the resources to meet bulk PCR pet bottles order, and our lead time is excellent. Our delivery process is seamless and fast, with an expert support team to answer your questions and concerns.

Why you Should Use PCR PET Bottles for your Business

Post-consumer resin (PCR) is an eco-friendly solution made from reusing materials designed to be used once and disposed of at landfill sites. PCR pet bottles are made from discarded items such as plastic milk and drink bottles.

There are residential recycling programs that collect and sort discarded plastic items before PCR production. The plastic collected is washed, dried, and pelletized. This prepares them for a new manufacturing process.

If you run a business and want to embrace the numerous benefits of recycled content in your product packaging, then consider PCR. Customers can increase PCR levels in their packaging for a more sustainable solution. The best PCR pet bottles are made with high manufacturing standards and are monitored for safe usage.

You can use PCR pet bottles for your Business. It will provide a sustainable solution to customers and also reduce environmental impact. However, it is worth mentioning that increasing the percentage range above 10% can create a difference in the batches of PCR.

Many foods and beverage companies use recycled materials in their packaging or are considering it. Using post-consumer recycled (PCR) plastics has several environmental advantages and improves brand equity.

Recycling decreases the quantity of plastic that ends up in landfills, and PCR aids in the maintenance of the recycling infrastructure.

Using recycled PET reduces the amount of petroleum required to produce new virgin resin.

In addition, recycled PET uses less energy and has a lower carbon footprint than virgin PET.

PCR is a viable solution to reuse single-use items.

PCR pet bottles can also be recycled for a new manufacturing process.

PCR lessens carbon footprint and reduces the cost of transporting manufacturing materials.

PCR promotes recycling and fosters a circular economy.

The use of PCR packaging shows how important and valuable manufacturing companies care about the impact of their product packaging.

PCR Circular Solution

Generally, most plastic products have a life cycle. PCR products extend the lifespan of plastics by getting into another cycle of the manufacturing process. The circle includes;

The new products are manufactured using a range of 10% to 100% PCR

Consumers use recycled products

Using the correct recycling facilities, the plastic products are discarded in preparation for another recycling process

A recycling center collates the waste and sorts them into appropriate categories

The plastic is grounded with specialized equipment

PCR is washed and dried

The products are pelletized and distributed to manufacturers to be used.

PET is one of those plastics that are ingrained in your daily routine. PET is the material of choice for all applications that require a lightweight, impact-resistant material. Polymer is utilized in various applications, including packaging, fabrics, films, and molded parts for automotive, electronics, and other industries. Also, remember that PET is one of the most recyclable thermoplastics.

Except for the additional equipment necessary to store, handle, and blend PCR, no modification to machinery or molds is required. However, on the other hand, PCR frequently involves subtle hurdles and process considerations. The quality of the PCR resin will, in most cases, have the most significant impact on the issues you’ll experience during production.

PET bottles and jars can now be constructed entirely of recycled plastic (rPET, otherwise known as PCR PET). The best part is that you are not limited to just a few sizes, shapes, or colors. Many manufacturing companies can provide you with most of our “Made to Order” alternatives.

Making bottles off recycled Pet presents many problems, which increase as the quantity of PCR used increases.

Furthermore, ongoing attempts have been made to modify PET characteristics for greater performance with favorable cost profiles to meet high-end application demands.

Polypropylene, polyethylene, and polyvinyl chloride are all popular for these advantages, so how can you know which is right for you? Here are some qualities to look out for in your PCR pet bottles.

Extremely strong.

Rigidity and hardness are high.

Moisture absorption is very low.

Creep resistance is good.

Sliding friction and wear is low.

Hydrolysis resistant (up to +70 °C)

Contact with media containing more than 50% alcohol is not recommended.

Chemical resistance to acids is good.

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