Israeli Standard for Safety Glass in Buildings: An Overview

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The Israeli standard for safety glass sets the requirements for glass used in building elements where breakage could cause injury, such as partitions, vitrines and balustrades. Glass must be specified by type, such as laminated or tempered, and certified so that it meets the required safety performance for its location. Architects and project engineers should confirm the exact requirements with the relevant standard and their structural engineer before ordering.

Why safety glass rules apply in buildings

Glass is a strong material, but when it breaks it can create sharp fragments that cause serious injury. For this reason, Israeli building practice requires that glass in certain positions be built to a safety standard. The rules aim to reduce harm from impact, falls and accidental breakage in homes, offices and public spaces.

The standard applies whenever glass is used in a place people can walk into, lean on or fall against. Partitions, vitrines at head or foot height and glass panels near stairs are common examples where the requirement matters most.

Types of safety glass commonly specified

Two families of glass are most often used to meet safety requirements. Each behaves differently when it breaks, so the choice should match the application.

Laminated glass: two or more layers bonded with an interlayer. When cracked, the pieces tend to stay in place.
Tempered glass: heat-treated for higher strength. It breaks into small, relatively blunt granules rather than large shards.

Laminated and tempered glass can also be combined in one unit to meet both strength and retention needs.

Glass vitrines and partitions

Glass vitrines and glass partitions are typically used in shops, offices and entrance areas, where they are seen and touched frequently. Their size, mounting method and proximity to walkways all influence the required glass type and thickness.

Partitions in particular need attention to how the glass is fixed to the frame, because the edge support affects how the panel performs under load. Clear marking of safety glass, where required, helps inspectors and users recognize compliant installations.

What the specification should include

A clear specification prevents confusion between the architect, the engineer and the fabricator. It should state the glass type, the nominal thickness, the interlayer where laminated glass is used, the edge treatment and the fixing method.

Location and expected use of each glass panel
Glass type and make-up (laminated, tempered or combined)
Thickness and maximum panel dimensions
Edge finish and fixing details
Required markings or documentation

Checking compliance on site

Compliance is confirmed both in the drawings and at installation. Before ordering, the engineer should compare the specified glass against the applicable Israeli standard and the project's safety requirements. Where a panel is near a walkway, stair or balustrade, the check should be more careful.

On site, the installed glass should match the approved drawings. Any substitution should be reviewed by the engineer before fitting, because a different glass type can change the safety performance of the whole element.

Working with a fabricator

A fabricator experienced with glass and metal structures can help translate the standard into practical details for vitrines, partitions and balustrades. Sharing photos, site measurements and the intended use early in the design phase makes it easier to choose suitable glass and fixings.

Written confirmation of the glass type and fixing method before production protects the project from costly changes later on.

Frequently asked questions

Does every glass panel in a building need to meet the safety standard?

Not every panel, but glass in positions where people could walk into it, fall against it or be injured by breakage generally must meet the safety requirements. Your engineer can confirm which positions apply to your project.

What is the difference between laminated and tempered glass?

Laminated glass holds its pieces together when cracked, while tempered glass is stronger and breaks into small granules. Each suits different applications, and they can be combined in one unit.

Do glass vitrines and partitions always require safety glass?

Many do, especially where the glass is at body height, near walkways or in areas with heavy public use. The specific requirement depends on size, position and use, so check with the project engineer.

Who is responsible for confirming the glass type?

The project engineer or architect normally specifies the glass type in the drawings, and the fabricator should produce exactly what is approved. Any change should be confirmed in writing before fitting.

Common mistakes to avoid

A common mistake is substituting a cheaper glass type during production or installation without checking the safety performance. Another is leaving the glass type and fixing details out of the drawings, which leads to disputes on site.

Our recommendation

Specify the glass type, thickness, edge finish and fixing method on the drawings for every panel, and have the engineer review them before production. Keep written approval for any change.

Summary

The Israeli safety glass standard governs glass where breakage could injure people, so the right type must be specified and confirmed by the engineer. Clear drawings and written approvals keep vitrines and partitions compliant from design to installation.

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