Dark material with a futuristic shape

We offer a specialized range of materials designed to help you meet the highest quality, safety, and regulatory standards in safety glass manufacturing.

PRODUCT PORTFOLIO

We offer a specialized range of materials designed to help you meet the highest quality, safety, and regulatory standards in safety glass manufacturing.

Main

Products

Float
Glass

High-clarity base glass available in multiple thicknesses and dimensions. Ideal for lamination and tempering, it provides the optical quality, flatness, and mechanical properties required for both architectural and automotive safety applications

Borosilicate Glass

Resistant to thermal shocks and harsh chemicals
Resistant to thermal shocks and harsh chemicals
Engineered for high thermal and chemical resistance. Suitable for applications involving extreme temperature variations or corrosive environments, such as armored vehicles, laboratories, or specialty architectural facades.
Engineered for high thermal and chemical resistance. Suitable for applications involving extreme temperature variations or corrosive environments, such as armored vehicles, laboratories, or specialty architectural facades.

Borosilicate Glass

Borosilicate
Glass

Fire-Resistant Glass

Developed to withstand high heat and thermal shock, while maintaining its integrity and preventing flame, smoke, and gas penetration. Available in multilayer configurations, it meets international fire-resistance certifications and is suitable for doors, partitions, and façades requiring fire compliance.

Extra-Thick Glass

Ideal for high-security applications such as ballistic protection or structural glazing
Ideal for high-security applications such as ballistic protection or structural glazing
Glass from 12 mm up to 25 mm or more, ideal for ballistic resistance, forced-entry protection, and structural applications. Used in security glazing, bank counters, armored vehicles, and architectural elements exposed to high impact or load.

Extra-Thick Glass

Extra-Thick
Glass

Ideal for high-security applications such as ballistic protection or structural glazing
Plasticized polyvinyl butyral film formulated for automotive glazing. Offers excellent adhesion, impact resistance, optical clarity, and UV filtering. Compatible with curved or flat lamination processes and certified for OEM and aftermarket use.

PVB Interlayers
Automotive

PVB Interlayers
Automotive

PVB Interlayers
Automotive

PVB Interlayers
Automotive

PVB Interlayers
Automotive

Known for excellent adhesion, optical clarity, and acoustic properties


PVB Interlayers
automotive


PVB
Interlayers
automotive


PVB Interlayers
ARCHITECTURAL


PVB
Interlayers
ARCHITECTURAL


Non-plasticized or structural-grade PVB designed for flat or curved architectural glass. Provides acoustic insulation, UV protection, enhanced safety, and weather resistance. Suitable for high-performance laminated façades, skylights, and interior partitions.

Non-plasticized or structural-grade PVB designed for flat or curved architectural glass. Provides acoustic insulation, UV protection, enhanced safety, and weather resistance. Suitable for high-performance laminated façades, skylights, and interior partitions.

SGP Interlayers

High-strength ionoplast interlayer used in laminated safety glass requiring superior structural performance. Offers five times the tear strength and up to 100 times the rigidity of standard PVB. Ideal for hurricane-resistant glazing, blast-resistant glass, and glass railings without mechanical support.

BAGGING FILMS

Specialized multilayer films for vacuum lamination processes in autoclave or EVA lamination systems. Ensure optimal vacuum sealing, prevent air entrapment, and support clean lamination of complex glass assemblies. Heat-resistant and compatible with most interlayer materials.
Specialized multilayer films for vacuum lamination processes in autoclave or EVA lamination systems. Ensure optimal vacuum sealing, prevent air entrapment, and support clean lamination of complex glass assemblies. Heat-resistant and compatible with most interlayer materials.