Fiberglass mesh is a weaved material of glass yarn, firstly loom state mesh is weaved, then it is impregnated with a coating that ads and hardens structure and adds properties to the material.

Woven glass fibre mesh is made from 2 different types of glass: E-glass 600°C and SiO2-glass 1000+°C. Each glass type is providing its own specific qualities.

Most commonly fiberglass mesh is found in home depos and DIY stores as reinforcement material for insulation, as a base structural material for grinding wheels, in diverse range of drywall repair kits – fiberglass mesh tape and profiles.

Roving Glass Fiber Yarn Free Samples Corrosion Resistant Winding Filament

We offer woven glass fibre mesh (loom state and impregnated, depending on the intended use), which are manufactured of alkali-free alumina borosilicate E-glass fibre yarns and/or roving. They are constructed using leno or plain weave and have various mesh sizes.

The surface of glass fibre mesh can be coated with an impregnating agent, which stabilizes the weave pattern, ensures an excellent alkali resistance and provides protection from aggressive environmental effects - humidity, temperature and alkali, which is essential for external thermal insulation composite systems (ETICS or External Thermal Insulation Composites Systems).

Our construction glass fibre mesh meet the ETAG 004 requirements, as certified with national compliance certificates received in countries: France and Latvia.

The compliance of the construction mesh with European Assessment Document (EAD) 040016-01-0404 is certified with European Technical Assessment (ETA) 16/0526, which grants the right to mark our products with the CE marking.

Application:

• loom state glass fibre mesh predominantly is used in the manufacture of grinding wheels;
• impregnated glass fibre mesh is used:
  • in outside thermal insulation systems of buildings,
  • for indoor plaster strengthening and reinforcement - for the repair of walls, floors and ceilings. Often included as a key material in in adrywall repair kits,
  • for provision of high mechanical strength.

Benefits of impregnated glass fibre mesh: 

• preserves the facade from cracks,
• improves crashworthiness,
• provides facade durability,
• compatible with all major facade systems,
• CE marking,
• certified product environmental declaration (EPD). 

Coating:

• S - hard coating,
• SM - medium hard coating,
• SM0.5 - soft coating.

Parameters:

• length of the netting in a roll: 50m or 100m,
• standard width: 100cm or 110cm,
• rolls of other width and/or length are available upon customer's request.

Designation: e.g. SSA-1363-145 SM, where:
SSA - type (E-glass netting with a leno weave),
1363 - netting structure,
145 - mass per unit area, g/m^₂,
SM - medium hard coating.

(High-Resist glass) is alkali-free aluminosilicate glass that does not contain boron oxide and fluorine. This glass type could fully substitute E-glass in various aspects. The most important feature of this type of glass is its heat resistance of up to 800°C.

Advantages of HR glass fibre compared to E-glass:

• higher chemical resistance, particularly in alkaline and water environments;
• higher heat resistance;
• environmentally friendlier glass melting process - does not create dust emissions containing boron oxide.

• We offer high silica nettings or mesh (KS-LA) with thermal resistance of 1000+ºC. They are constructed using leno weave and have various mesh sizes. Glass fibre products with a high SiO₂ content (silica materials) are excellent high temperature insulators and can be used over long periods without losing the properties and without melting and vaporising at temperatures of up to 1000ºC. These materials have low thermal conductivity, are inert to the majority of chemical reagents, resistant to organic and mineral acids (except hydrofluoric and phosphoric), weak alkali, water, and high-pressure steam.

  Shrinkage at temperature of 1000°C:

  • for non-heat-treated materials 12% (+/-1%),
  • for heat-treated fabrics (TA), depending on the treatment regime, from < 7% vai < 3 %.

  Applications: silica nettings are mainly used for filtration of molten non-ferrous and ferrous metals, in foundries to filter molten metal as it is poured into casting moulds.

  Designation: e.g. KS-LA 1.5, where:
  KS-LA -type (silica mesh),
  1.5 - size of hole, mm.