High-Silica Blanket
Request the technical datasheet by email.
Silica blanket is a blanket product considered for high-temperature insulation requirements. Share operating temperature and application to help select a suitable product.
Valmiera Glass products
Valmiera Glass KF series high-silica blanket
The SiO₂-based KF series is a needled silica blanket offered by the manufacturer in its 1000+ °C thermal resistance group. The manufacturer states a rating of up to 1000 °C for long-term use; the current technical data sheet for the selected code must take precedence.
| Property | Manufacturer information |
|---|---|
| Product family | KF – high-silica needled blanket |
| Roll length | 10–50 m |
| Example code | KF-600-4: 600 g/m², 4 mm thickness |
Considered for metallurgy, automotive, electrical and chemical industries. The manufacturer states MED 2014/90/EU compliance for needled silica blankets; the document's coverage for the ordered product is confirmed separately.
Applications
Industrial equipment insulation, insulation jacket filling and thermal barrier requirements are assessed according to the product technical data sheet. Silica content and temperature class are confirmed for the selected product.
Technical specifications and product selection
Thickness, density, dimensions and temperature limits are confirmed against the selected product's technical data sheet. Continuous operating temperature and short-term temperature resistance must be assessed separately. Specify thermal conductivity, coating and other technical requirements in your quotation request.
Silica Blanket pricing and quotation
Required silica content, thickness, density, width, length and total quantity. Also send continuous and maximum operating temperatures, application and a technical drawing, if available. We can confirm current stock, price and lead time according to your dimensions and quantity.
Manufacturer ranges are not stock commitments. Required dimensions, product code and technical values are confirmed before ordering. Mass per unit area (g/m²) is not volumetric density (kg/m³).