Polymer Matrix
Polyolefins (polypropylene/polyethylene), polyesters (PET), polyamides, and other thermoplastics.
Next-Generation Engineering Polymers
Technoplasticat
Next-Generation Engineering Polymers
A specialized polymer composite based on thermoplastics, combining mechanical strength, processing efficiency, and aesthetic versatility in manufacturing.
3
Processing Methods
60+
MPa Strength
100%
Serial Quality
∞
Application Areas
About the Material
What is Technoplasticat
Technoplasticat is a group of polymer compositions (compounds) built on thermoplastic polymers and reinforced with functional additives. Unlike standard plastics, these materials are engineered to meet specific product requirements: strength, rigidity, dimensional stability, wear resistance, surface quality, and processing efficiency.
The base is thermoplastics — macromolecular materials suitable for forming (injection molding, extrusion, thermoforming). The finished product retains its properties under heat, washing, and other types of treatment.
Composition
Material Composition
The compound is formed from a matrix, fillers, and modifiers — for a controlled balance of properties.
Fillers
Mineral powders, fibers, glass fiber, talc — improve rigidity and mechanical strength.
Modifiers & Stabilizers
Plasticizers, UV stabilizers, and flow modifiers — for durability and surface quality.
Properties
Physical & Mechanical Properties
Standard Plastic
Typical Properties of Standard Thermoplastics
Reference values for commodity plastics without engineering reinforcement.
Tensile Strength~20–35 MPa
Flexural Strength~40–70 MPa
Water Absorption (24 h)~0.6%
* Values are typical references (depends on polymer and formulation).
Technoplasticat
Composite with Modifiers & Fillers
Reinforced composition adapted for operational and production requirements.
Tensile Strength~30–60 MPa
Flexural Strengthup to ~120 MPa
Compressive Strengthup to ~160 MPa
* Values depend on filler content/modifications and the chosen matrix.
Technology
Production Methods
The material is compatible with standard thermoplastic processing technologies.
Injection Molding
Production of complex parts with high precision and stable geometry.
Extrusion
Forming profiles, strips, films, and other continuous products.
Thermoforming
Sheet and panel products with controlled thickness and surface quality.
Markets
Applications
Optimal where strength, aesthetics, and repeatability in serial production are required.
Footwear Industry
Overlays, reinforcements, and decorative elements with controlled rigidity and wear resistance.
Garment Industry
Badges, labels, and design elements with quality surface finish and stable shape.
Bags & Backpacks
Fastening and decorative components — balance of strength and weight, convenient for mass production.
Photo Gallery
What It Looks Like
Products and parts made from thermoplasticat in a production environment.
Questions
FAQ
Answers to the most common questions about Technoplasticat and its applications.
How is Technoplasticat different from regular plastic?
Technoplasticat is a compound with a controlled formulation:
fillers and modifiers are added to the base thermoplastic to
achieve the required balance of strength, rigidity, dimensional
stability, and surface quality.
What processing technologies are suitable for this material?
Depending on the specific grade and formulation, Technoplasticat
is compatible with injection molding, extrusion, and
thermoforming. Processing parameters are selected to match the
required geometry and surface requirements.
Can properties be tailored to a specific product?
Yes. The formulation allows adjusting filler content and
modifications to achieve target properties: increased rigidity,
impact resistance, wear resistance, stability at elevated
temperatures, and stability under operational loads.
Contact
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