ROCKWOOL PROROX SL 960 SLAB 100KG
Article: 019100PR50

ROCKWOOL PROROX SL 960 SLAB 100KG

Technical Documents

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Product Characteristics

Description

Rockwool ProRox SL 960 – High-Density Rigid Stone Wool Insulation Slab

Rockwool ProRox SL 960 is a premium rigid stone wool insulation slab designed for demanding industrial and building service applications. With its high density, excellent thermal performance, and superior fire resistance, it is ideal for applications requiring maximum mechanical strength and durability.

Key Benefits

  • Outstanding Thermal Performance
    Delivers highly efficient insulation with thermal conductivity as low as 0.039 W/mK at 50°C, helping to minimise heat loss and optimise energy efficiency.

  • Very High Temperature Resistance
    Suitable for service temperatures up to 500°C, making it ideal for high-temperature industrial applications. 

  • Non-Combustible Fire Safety
    Achieves Euroclass A1, the highest fire classification, providing maximum protection in fire-critical environments. 

  • Maximum Strength & Rigidity
    High-density construction (100 kg/m³) ensures excellent mechanical strength, dimensional stability, and resistance to compression. 

  • Durable & Long-Lasting
    Stone wool structure maintains its thermal and physical properties over time, even under demanding operating conditions. 

  • Moisture & Corrosion Resistant
    Low water absorption and minimal chloride content help protect equipment and pipe systems from corrosion risks. 

  • Acoustic Performance
    High airflow resistivity contributes to effective sound absorption, reducing noise in industrial and HVAC systems. 

Applications

  • Industrial equipment and process insulation
  • High-temperature systems and vessels
  • Tanks, columns, and structural insulation
  • HVAC and acoustic insulation applications

Product Features

  • Rigid stone wool slab (board)
  • Nominal density: 100 kg/m³
  • Thermal conductivity from 0.039 W/mK
  • Maximum service temperature: 500°C
  • Complies with EN 14303 and CINI standards