top of page
SiPanel Load.jpg

Why Choose Styrotex

Precision Testing. Proven Performance.

At Styrotex, every product is backed by advanced in-house laboratory testing, ensuring consistent quality, structural integrity, and thermal efficiency.

 

Our investment in modern testing equipment allows us to simulate real-world conditions and validate product performance before it reaches your project.

20260319_160714.jpg
20260319_163907.jpg
Why choose styrotex
Why choose styrotex

Certified Thermal Performance

We rigorously test the thermal properties of expanded polystyrene (EPS) using internationally recognized standards, ensuring optimal insulation performance and energy efficiency:

These tests confirm low thermal conductivity and long-term insulation reliability—critical for sustainable building design.

Thermal.jpg

Mechanical Strength You Can Trust

Using high-precision material testing machines, Styrotex evaluates key mechanical properties to guarantee durability and load-bearing performance:

  • EN 826 – Compression behaviour

  • EN 1607 – Tensile strength perpendicular to faces

  • EN 12089 – Bending behaviour

This ensures our EPS products maintain their shape, strength, and performance under structural stress.

Compression.jpg
Tensile.jpg
Bending.jpg
Advanced Sandwich Panel Testing (EN 14509)

For SiPanel roofing and cladding systems, we conduct specialized performance testing in line with EN 14509:

  • Four-point bending tests for realistic load simulation

These tests verify that SiPanel products meet demanding structural and safety requirements.

Why choose styrotex
Quality Assurance at Every Step

Our in-house testing approach ensures:

  • Continuous quality control

  • Compliance with international standards

  • Consistent product performance

  • Reduced risk for engineers, architects, and contractors

The Styrotex Advantage
  • Fully equipped in-house laboratory

  • Internationally compliant testing procedures

  • Proven thermal and mechanical performance

  • Reliable solutions for modern construction

bottom of page