Sprues, flash, and defective parts

Sprues, flash, trimmings, scrap, and defective parts are among the plastic waste generated daily in numerous industries.

In any plastic product manufacturing process, a portion of the material may not end up becoming the final product.

Even though these materials may no longer be useful for the process that generated them, it does not necessarily mean they have reached the end of their useful life.

Proper management of industrial plastic waste makes it possible to sort, recover, and convert it back into raw material for manufacturing.

Where does industrial plastic waste come from?

Post-industrial plastic waste arises during various stages of manufacturing processes.

They may come from companies engaged in injection molding, extrusion, thermoforming, or blow molding, among other activities.

In some cases, it involves material that is part of the production process itself but does not end up being incorporated into the marketed product.

In other cases, they are parts that have been discarded because they do not meet the specifications established by the quality department.

The goal of any manufacturer is to minimize these losses.

However, even with optimized production processes and rigorous quality controls, certain percentages of excess or rejected material can still arise.

Sprues and flash: material remaining outside the part.

In plastic injection molding processes, sprues and runners are necessary elements for conveying the material to the mold.

Once the process is complete, these parts are separated from the workpiece and cease to be part of the final product.

Something similar happens with the burrs.

Small amounts of excess material that may appear around a part and must be removed to achieve the required finish and dimensions.

Even though these materials do not form part of the product that reaches the consumer, they are still plastic.

They can represent a considerable volume when accumulated during continuous industrial production.

What happens to the defective parts?

Defective parts are another common type of industrial waste.

During quality checks, products may be detected that do not meet established parameters regarding aspects such as dimensions, color, gloss, hardness, or finish.

When a part cannot be reintroduced into the company’s own production process, it becomes plastic scrap or post-industrial plastic waste.

Properly managing this material prevents it from accumulating unnecessarily at the manufacturer’s facilities.

Furthermore, it allows for the exploration of a second avenue for utilization.

From waste to recycled raw material

The management of this waste begins with its collection, sorting, and separation.

It is essential to keep the different types of plastic separate in order to obtain a recycled material with the appropriate characteristics.

At Baidal Plastic, post-industrial plastic waste is selected, sorted, and stored separately before undergoing the shredding process.

We have specialized machinery available to produce crushed material in various diameters.

Subsequently, we package it in big bags ranging from 500 to 1,500 kg, ready for sale.

This separation is particularly important because not all plastics have the same properties or can be treated in the same way.

At Baidal Plastic, we work with materials such as PP, PE, PVC, PET, ABS, PS, and PC, among others.

An opportunity for the circular economy

Managing industrial plastic waste involves more than just removing material from a factory.

It can also be part of a circular economy strategy, in which waste from an industrial process becomes a resource for other processes.

Recovering sprues, runners, and defective parts makes it possible to reduce the amount of plastic that ends up as waste.

In this way, it promotes the use of recycled material in new industrial applications.

For the manufacturer, having proper scrap management in place can reduce storage requirements.

In addition to the costs associated with waste management.

At Baidal Plastic, we handle the management of these materials and add value to the plastic waste generated by companies.

Every piece of waste can have a new opportunity.

Sprues, flash, and defective parts are a common consequence of certain industrial processes.

But they do not necessarily represent simply a loss of material.

When proper sorting, recovery, and valorization take place, these waste materials can be reintroduced into the production cycle as recycled plastic.

Thus, what was initially a manufacturing byproduct can once again become a resource.

The professional management of post-industrial plastic waste is another component of an industry geared towards more efficient and circular production.

Life after recycling: surprising recycled products

Plastic recycling is one of our great allies in the fight against pollution and climate change.

And the data tells us that we recycle more and better every time.

Thanks to this, a world of possibilities has opened up to give new life to discarded materials.

In today’s blog we will discover some recycled products that show us that life after recycling can be very innovative.

1. Sustainable Furniture

For some time now, recycled plastic has become a very popular material for manufacturing furniture.

Many companies in the sector have developed techniques to convert plastic bottles, for example, into tables and structures that are used in the creation of all types of furniture.

These furniture contribute to reducing the demand for wood and other non-renewable resources, in addition to being aesthetically attractive.

2. Environmentally Conscious Clothing

Sustainable fashion is gaining ground, and recycled plastic has become a widely used option for clothing manufacturing.

Clothing made from recycled plastic fibers not only reduces the amount of plastic waste in landfills, but also decreases reliance on virgin materials and the associated carbon footprint.

3. Educational and Fun Toys

Toys made from recycled plastic are a unique opportunity to teach children the importance of recycling from a young age.

We can now find puzzles, building blocks and educational toys made with recycled plastic in stores.

Toys that convey a positive message about environmental responsibility.

4. Sustainable Footwear

The footwear industry has embraced the recycled plastic trend, creating sneakers and sneakers that combine style with sustainability.

Some brands use recycled plastic bottles to make the uppers of their shoes.

Thus demonstrating that fashion and environmental responsibility can go hand in hand.

5. Eco-Friendly Technology

Electronics made from recycled plastic have gained popularity in the search for sustainable alternatives.

From phone cases to computer accessories, recycled products reduce the need for new materials.

And they also promote environmental awareness among technology consumers.

This shows us that life after recycling is not only possible, but also creative.

Innovation in the manufacturing of recycled products is changing the way we view discarded materials.

Recycled plastic is finding its way into a wide variety of products, offering environmental solutions and very valid opportunities for a more sustainable future.

By continuing to support recycling and opting for recycled products, each of us can contribute to this positive change and make life after recycling a reality.

 

Do you know what the ecological footprint is?

Surely you have heard of the ecological footprint. Everything we do leaves an imprint around us.

Browsing the Internet, each web page we visit or each photo we post on a social network leaves a digital footprint in our wake.

The same thing happens with the environment, each of our actions has an impact.

In today’s article we tell you what the ecological footprint is.

What is the ecological footprint?

The ecological footprint is the impact that each human being has on the planet.

It is also known as environmental footprint and is measurable.

For this, it is necessary to calculate the ecologically productive area necessary to re-produce the resources consumed by a person.

To this is added the necessary surface to absorb the waste generated by that same person.

The ecological footprint serves as an indicator to know the sustainability of human activities.

It is as if each one of us asks ourselves: how many crops, pastures or forests are necessary to cover my lifestyle?

Maybe we don’t give it the necessary importance, but each of our actions has a consequence.

From what we eat to what clothes we buy, including the means of transport we use.

Everything influences the footprint we leave on the planet.

The great importance of the ecological footprint

Expressing with numbers the impact that the different activities that people carry out have on the earth is a great means of raising awareness.

Being aware of the consequences that our way of life has on the environment invites us to reflect on our lifestyle.

In addition to understanding the environmental responsibility that each individual has.

By knowing first-hand the impact of our actions, it is easier for us to become aware and look for other alternatives to some aspects of our routine to minimize that footprint as much as possible.

How to calculate the ecological footprint?

To calculate our ecological footprint, these factors must be taken into account:

– The planet’s biocapacity, which is the planet’s capacity to generate resources.

– Human activity, which corresponds to the resources consumed and discarded by people.

There are calculators that, through a brief questionnaire, can indicate our ecological footprint.

You can try the Fundación Vida Sostenible Calculator.

How can we reduce our ecological footprint?

We can reduce our ecological footprint by putting into practice a series of actions in our day to day.

  • Recycle and reuse as many materials as possible. For this, it is very important to correctly separate our waste and throw it into its corresponding containers.
  • Use renewable energy sources.
  • Reduce meat consumption.
  • Use organic products
  • Buy low-energy appliances.
  • Use less polluting means of transport and walk whenever possible.
  • Optimize the use of water and not waste it.

Doing our part we can try to return to the planet everything we are taking from it.

Put these tips into practice and minimize your ecological footprint. Together we can take care of the environment.