Reprocessed Black ABS Granules series is a desirable alternative for producers of recycled ABS products due to several important characteristics and advantages. Among the significant points are:
Recycled Content
Reprocessed Black ABS Granules are widely recognized for having a significant amount of recycled material. Manufacturers help create a more sustainable future by using these granules, which decrease the need for virgin ABS and keep plastic trash out of landfills.
Performance Characteristics
The performance properties of these black ABS plastic granules are superb. They provide longevity and resilience to mechanical stress because of their remarkable impact strength.
Furthermore, Reprocessed Black ABS Granules shows strong heat resistance, which qualifies them for use in situations where frequent temperature changes occur. Processing and molding may be done more effectively because of ABS Granules 6900’s melt flow index (IMF).
Aplicações
Applications for ABS Granules 6900 may be found in many different industries. They are especially well suited for parts used in automobiles, like as dashboards and interior elements, where both strength and beauty are crucial. These granules are also often utilized in electronics housings, giving electronic equipment structural rigidity and protection.
Furthermore, non-structural building materials, appliance housings, and consumer items like sports equipment and electronics casings may all benefit from the use of ABS Granules 6900.
Custo-benefício
The affordable price of these ABS black plastic granules in comparison to virgin ABS is one of its main benefits. Makers can use these recycled ABS granules to cut costs without hurting how well their products work.
Applications of Black ABS Plastic Granules: ABS 9600
These ABS black plastic granules are very versatile and strong, making them ideal for a wide range of applications. The following are some noteworthy uses for which ABS Granules 6900 are especially suitable
PVC Granulesis a material consisting of PVC resin, plasticizer, minerals and required additives that is produced during the mixing process by compounding machines. PVC granules have a wide range of properties and are produced in the form of soft and hard granules.
Soft PVC Plastic Granules:
The hardness range of soft granules is usually between 40 e 100 (Shore A). In order to reduce the hardness, certain amount of some kinds of plasticizers are used in the production of soft PVC granules. A branch of soft PVC granules are TPE granules, which are combined with a substance called NBR to increase the elasticity of the granules. Soft PVC granules are widely used in wire and cable industries, automobiles, injection, shoes, doors and windows, etc..
Hard PVC Plastic Granules (UPVC):
Due to the insignificant use of plasticizers in this type of granules, they are called hard PVC or UPVC granules. The hardness range of UPVC granules is between 40 e 90 (Shore D). These granules are usually used to produce pipe fittings, door and window profiles, ducts, shutters, etc.. PlasticKar Company, using equipped and up-to-date machines, produces and offers a variety of soft and hard PVC compounds for various applications in a wide range of industries as follows:
POE Elastomer derived from Polyolefin Elastomer, are versatile plastic granules used in various industries due to their flexibility, resistência às intempéries, and impact resistance. They are primarily used fortoughening PP, PE, and PA in the automotive industry, for insulation and sheathing in wire and cable, and also for industrial products like hoses and conveyor belts. Furthermore, they find applications in medical devices, household appliances, sporting goods, and packaging films.
Melt Flow Index: 1-2 Origem: Post industrial material, Embalagem: big-bags.
Recycled LDPE (rLDPE) Pelletsare made from post-consumer low-density polyethylene waste, such as plastic bags, wraps, and packaging. These eco-friendly pellets offer a sustainable alternative to virgin LDPE, providing excellent flexibility, strength, and performance for a variety of applications.
Ideal for use in packaging, film production, and consumer goods, our rLDPE pellets help businesses reduce their environmental impact while maintaining product quality. By choosing recycled LDPE, you contribute to a circular economy and promote responsible manufacturing practices.
Principais recursos:
Made from 100% recycled LDPE
Flexible, durable, and versatile for various applications
Eco-friendly and cost-effective alternative to virgin LDPE
Supports waste reduction and sustainable production
Choose ourRecycled LDPE Pelletsfor a greener, more sustainable future while upholding the quality and performance of your products.
TPR PelletsorThermoplastic Rubber, is a material that combines the properties of both rubber and plastic. It is a versatile material that can be easily processed using techniques likemoldagem por injeção.TPR is known for its flexibility, durabilidade, and resistance to chemicals and weathering
Key Properties:
Flexibility and Elasticity:
TPR exhibits rubber-like flexibility and elasticity, making it suitable for applications requiring a material that can bend and deform without breaking.
Durability and Strength:
It offers good tensile strength, tear resistance, and resistance to fatigue, allowing it to withstand mechanical stress and long-term use.
Chemical and Weather Resistance:
TPR is resistant to many chemicals and weathering, making it suitable for outdoor and industrial applications.
Processability:
Being a thermoplastic, TPR can be melted and reshaped multiple times, allowing for efficient manufacturing processes like injection molding and extrusion.
Reciclabalidade:
TPR can be recycled, making it a more environmentally friendly option compared to some other materials.
Thermoplastic Rubber, is a material that combines the properties of both rubber and plastic. It is a versatile material that can be easily processed using techniques likemoldagem por injeção.TPR is known for its flexibility, durabilidade, and resistance to chemicals and weathering
Key Properties:
Flexibility and Elasticity:
TPR exhibits rubber-like flexibility and elasticity, making it suitable for applications requiring a material that can bend and deform without breaking.
Durability and Strength:
It offers good tensile strength, tear resistance, and resistance to fatigue, allowing it to withstand mechanical stress and long-term use.
Chemical and Weather Resistance:
TPR is resistant to many chemicals and weathering, making it suitable for outdoor and industrial applications.
Processability:
Being a thermoplastic, TPR can be melted and reshaped multiple times, allowing for efficient manufacturing processes like injection molding and extrusion.
Reciclabalidade:
TPR can be recycled, making it a more environmentally friendly option compared to some other materials.
TPEE Elastomer Granules :Thermoplastic polyester elastomer (TPE-E ou TPEE), também conhecido como copoliéster termoplástico, são uma classe de copolímeros multibloco ou uma mistura física de polímeros (geralmente um plástico e uma borracha) que consistem em materiais com propriedades termoplásticas e elastoméricas.
Os elastômeros termoplásticos apresentam vantagens típicas de materiais de borracha e plásticos. A principal diferença entre elastômeros termofixos e elastômeros termoplásticos é o tipo de ligação reticulada em suas estruturas.. Na verdade, a reticulação é um fator estrutural crítico que contribui para conferir altas propriedades elásticas. A reticulação em polímeros termofixos é uma ligação covalente criada durante o processo de vulcanização.
Por outro lado, a reticulação em polímeros de elastômero termoplásticos é um dipolo ou ligação de hidrogênio mais fraco ou ocorre em uma das fases do material.
TPEE Material :Thermoplastic polyester elastomer (TPE-E ou TPEE), também conhecido como copoliéster termoplástico, são uma classe de copolímeros multibloco ou uma mistura física de polímeros (geralmente um plástico e uma borracha) que consistem em materiais com propriedades termoplásticas e elastoméricas.
Os elastômeros termoplásticos apresentam vantagens típicas de materiais de borracha e plásticos. A principal diferença entre elastômeros termofixos e elastômeros termoplásticos é o tipo de ligação reticulada em suas estruturas.. Na verdade, a reticulação é um fator estrutural crítico que contribui para conferir altas propriedades elásticas. A reticulação em polímeros termofixos é uma ligação covalente criada durante o processo de vulcanização.
Por outro lado, a reticulação em polímeros de elastômero termoplásticos é um dipolo ou ligação de hidrogênio mais fraco ou ocorre em uma das fases do material.
