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Thermoformable material

Polyethylene (PE) : flexible, durable plastic for industry

The polyethylene (PE) is a technical plastic recognised for its mechanical strength, controlled flexibility and exceptional durability. This industrial thermoplastic is largely used in the thermoforming of functional parts. This material combines performance, lightness and chemical resistance.

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Key properties of polyethylene

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Resilience and shock absorption

Polyethylene stands out for its very high impact resistance, even under intensive use. This resilience makes it ideal for handling parts, stackable trays and transport bins used in industrial packaging and heavy logistics.
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Excellent chemical resistance

Thanks to its stable molecular structure, PE is resistant to most detergents, solvents and corrosive products. It retains all its mechanical properties in environments with stringent hygiene and maintenance requirements, such as food processing and healthcare.

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Controlled flexibility and elasticity

HDPE plastic combines deformability and geometric stability, enabling it to withstand repeated mechanical stress without cracking. It is the material of choice for the manufacture of technical parts where structural flexibility is essential.
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Resistance in damp and outdoor environments

Polyethylene is naturally hydrophobic, does not retain moisture and remains stable over time. It is therefore perfectly suited to outdoor environments, storage areas or logistics applications exposed to climatic variations.

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Resistant and durable surface

Its high density and anti-abrasion texture ensure excellent resistance to rubbing and wear. It is a high-performance material for logistical supports, industrial trays and technical containers subject to repeated cycles of use.

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Applications for thermoformed PE in every industrial sector

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Technical characteristics

Why choose polyethylene for your industrial projects?

 

The polyethylene PE combines mechanical performance, lightness and flexibility at a controlled cost, This makes it a must-have for industrial production. Its chemical resistance, his waterproofing and its recyclability contribute to its sustainable use in a wide range of fields: transport, logistics, packaging, health and the food industry.

HDPE version, it offers superior rigidity and increased resistance to deformation, while retaining excellent thermoforming properties.

Notre gamme de matières thermoformables

Abs

Rigid, impact-resistant, and easy to thermoform, ABS is ideal for technical parts and industrial packaging solutions.

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Pet

Transparent plastic, highly valued for its rigidity, gloss, and excellent impact resistance. Ideal for packaging, it offers an effective moisture barrier.

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Peek High Performance

A material highly resistant to heat, chemicals, and mechanical stress, PEEK is perfect for demanding industrial applications.

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Pet

Transparent, lightweight and recyclable, PET is used for thermoformed packaging and parts requiring excellent optical clarity.

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Bio-based Material (PLA)

Matériau 100 % bio-sourcé, fabriqué à partir de ressources renouvelables comme l’amidon de maïs. Compostable, léger et rigide, il constitue une alternative écologique idéale

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PMMA

Offering glass-like transparency and good rigidity, PMMA is favoured for aesthetic applications and visual protection.

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Polyethylene – PE

Flexible, lightweight and resistant to chemical agents, PE is commonly used for food bins, trays and packaging.

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Polystyrene – PS

Economical and easy to shape, PS is ideal for single-use thermoformed parts or technical packaging.

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Polypropylene – PP

Heat, shock, and chemically resistant, PP is a versatile material suitable for demanding industrial environments.

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PVC

Robust, insulating, and easily thermoformable, PVC is used for durable parts and packaging requiring excellent mechanical strength.

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Thermoforming and shaping polyethylene

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The polyethylene has excellent thermoforming properties, offering a high regular formatting, a high degree of stability and controlled production, even in large series. Its properties guarantee reliable, homogeneous parts that are suitable for industrial use.

RBL Plastiques controls the entire process Tooling design, prototyping, industrialisation and final production, to ensure optimum shaping and perfectly controlled tolerances on every project.

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The various EP versions

The polyethylene comes in several families, each designed to meet very specific industrial requirements. Whether to improve strength, optimise rigidity or incorporate a recycling approach, these variants enable the material to be tailored to actual needs final applications.

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HDPE (High Density Polyethylene)

More rigid and resistant than standard PE, HDPE is used for logistics containers, technical shells, structural panels and protective elements subject to repeated impacts.
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Recycled PE

Depending on the specifications, RBL Plastiques incorporates a variable rate of regenerated material, guaranteeing sustainable production that meets industrial requirements without compromising performance.

Make the right choice of plastic material

Enjoy a free exchange with RBL Plastics experts. We guide you in selecting the material the most efficient for your industrial need.

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