MATECO® 260 Industrial Insulation Jackets: High-Temperature Removable Thermal Shielding

Mateco® 260

Technical Data Sheet

  • MATECO® 260 is made with high quality technical fabrics : silicone coated glass fabric and glass wool.
  • It’s waterproof and it has a good resistance.
  • It’s classified Official Fire certification, Euroclass A1 and it resists continuous temperatures up to 260°C.

Technical Specifications

1. – Glasswool

Technical Features Unit Values Standards
Fire rate Euroclass A1 (non-combustible) EN 13501-1
Max. Operating Temperature °C 300 (Under 250 Pa of pressure) NF EN 14706 NF EN 14303
Thermal
conductivity
°C   50 70 100 150 200 300 NF EN 12667 NF EN ISO 13787 NF EN 14303
Λ (W/m.K) 0.038 0.04 0.047 0.058 0.07 0.102
Density kg/m³ 35 NF EN 1602
Thickness mm 63 NF EN 14303

3. – Closing system

Stainless steel straps + buckle

2. – Two-Sides Silicone-Coated Glass Fabric

Technical featureUnitValuesStandards of reference
Thicknessmm0.40DIN ISO 4303/E
ColorGrey
Weightg/m²555DIN EN 12127
Temperature Resistance°C260

Range of Products

With MATECO® 260, you can reduce your CO2 emissions by limiting heat loss from your systems and single points.

The MATECO® 260 represents the pinnacle of heavy-duty removable thermal insulation jackets, specifically engineered to safeguard complex pipeline components in extreme operating environments. Unlike standard insulation blankets, this high-performance thermal barrier is designed to withstand continuous operating temperatures up to 260°C (reaching up to 300°C under 250 Pa of pressure). Manufactured in Europe utilizing state-of-the-art technical textiles, it combines a high-density glass wool core with an exterior jacket made of double-sided silicone-coated glass fabric. This creates a completely weatherproof, chemical-resistant, and non-combustible shield that eradicates thermal bridges, reduces plant energy expenditure, and maximizes workplace safety during intense industrial operations.

Advanced Engineering: Double-Sided Silicone Coating & Stainless Steel Closures

The structural integrity of the MATECO® 260 sets a new standard for industrial asset protection. Where typical thermal blankets use simple drawstrings and single-coated textiles, this heavy-duty model utilizes a two-sided silicone-coated technical fabric (0.40 mm thick, weighing 555 g/m²). This specific engineering choice delivers superior water-repelling properties, exceptional resistance to mechanical tearing, and total defense against atmospheric degradation. The inner core consists of 63 mm thick premium glass wool with a density of 35 kg/m³, delivering a remarkably low thermal conductivity of just 0.07 W/m.K even at maximum exposure.

To guarantee survival under constant mechanical strain, the product features an advanced mechanical fastening system:

  • Heavy-duty stainless steel straps paired with rugged metal buckles, allowing the jacket to remain perfectly tensioned despite pipeline vibrations.
  • Official fire certification with a Euroclass A1 rating (completely non-combustible), ensuring strict compliance with international safety protocols.
  • Integrated high-durability stitching that resists fraying, chemical spills, and oil saturation.
  • Complete structural flexibility, allowing the cover to be compressed or wrapped around uneven surface geometries without compromising the core density.

Extreme Environments: Engineered for Marine, Petrochemical, and Heavy Industry Applications

The MATECO® 260 is specifically engineered to thrive where ordinary insulation systems fail. Uninsulated singular points in harsh processing plants cause massive heat loss and compromise process stability. By deploying these robust jackets, plant managers secure permanent energy savings while shielding personnel from severe ambient heat and accidental contact burns.

The jacket is heavily optimized for three primary demanding sectors:

  • Petrochemical Processing: The double-sided silicone coating acts as an impermeable barrier against hydrocarbons, aggressive chemical vapors, and moisture ingress, preventing Corrosion Under Insulation (CUI).
  • Marine and Offshore Engineering: Designed to resist continuous exposure to salt spray, maritime humidity, and extreme weather, protecting critical engine room valves and steam lines.
  • Heavy Manufacturing and Power Generation: Maintains constant heat within high-pressure thermal networks, drastically reducing overhead boiler loads and cutting overall plant carbon footprints.

Complete Technical Catalog and Dimensional Specifications

To ensure seamless integration across your plant infrastructure, the MATECO® 260 is available in a comprehensive range of standardized allocations. Every jacket is precision-cut to match international engineering standards, providing a snug, airtight fit over industrial hardware while preserving full operational mobility for valve stems, flanges, and control loops without the need for complex custom measurements.

Specialized Insulation for 2-Way and 3-Way Valve Assemblies

Industrial flow control valves represent a massive surface area for unmitigated heat dissipation. Our heavy-duty technical jackets are manufactured to fit standard Nominal Diameters (DN), ensuring optimal thermal retention without blocking manual or automated actuators.

For 2-way valves, the MATECO® 260 covers a massive industrial spectrum starting from the compact DN15/20 up to the expansive DN400, accommodating dimensions ranging from 220 x 490 mm to 990 x 2040 mm. These units are shipped in optimized packaging volumes tailored to industrial procurement needs. Similarly, our protective solutions for 3-way valves span from DN15/20 through DN200/250. This ensures that even complex multi-directional flow nodes remain fully insulated. Each size is meticulously crafted to wrap perfectly around the valve body, utilizing the stainless steel strapping to lock the blanket securely in place against high-pressure flow vibrations.

Heavy-Duty Specifications for Flanges and Industrial Heat Exchangers

Bolted flange connections and industrial heat exchangers frequently experience thermal stress and severe micro-leakage. Wrapping these components in robust, non-rigid insulation ensures stable internal fluid dynamics and safeguards structural joints against premature wear.

Our flange insulation line accommodates all standard joint sizes from DN15/20 up to DN200/250, ensuring a tight, continuous seal over critical bolting points. For large-scale thermal transfers, our custom mattress sets for heat exchangers are available in three highly versatile configurations: compact units measuring 380 x 610 mm, mid-sized jackets at 830 x 1370 mm, and massive heavy-duty covers for major industrial exchangers reaching up to 1130 x 1410 mm. This seamless thermal cladding maintains exact process temperatures, optimizing thermodynamic efficiency while eliminating the risk of external thermal shock to the equipment.

The double-sided silicone coating provides a heavy-duty, impermeable barrier against water, oil, and corrosive chemicals. It prevents liquid absorption, drastically reduces heat loss, and protects metals from Corrosion Under Insulation (CUI).
Its extreme structural resistance. Combining a robust 260°C temperature threshold with rugged stainless steel straps and an oil-resistant silicone envelope, it safely withstands the vibrations, salinity, and harsh chemical exposures of offshore and chemical plants.
Yes, it is fully removable and reusable. The heavy-duty stainless steel buckle-and-strap locking mechanism allows maintenance crews to quickly detach the jacket for valve inspection and re-install it within minutes without degrading the insulation.
The product holds an official Euroclass A1 fire certification, the highest non-combustible standard. It does not ignite, emit toxic smoke, or fuel industrial fires, rendering it perfectly compliant with strict oil and gas plant regulations.
Instead of using basic drawstrings or textile cords, the MATECO 260 integrates mechanical stainless steel straps and heavy buckles. This design ensures absolute closing tightness, preventing thermal leaks even on pipelines subject to heavy industrial vibrations.