BRITISH REGULATIONS

LEO'n'DARTZ · January 28, 2004

Glass - Safety

The following short guide is necessarily worded in a general way and cannot cover every circumstance. It is intended only as a guide for manufacturers, suppliers and installers of new and replacement glass and glazing products for domestic use. Additionally the content is relevant to UK - domestic situations only.

Where glass and glazing products are supplied for domestic use (such as conservatories, garages, double glazing, porches) they must comply with the 'General Safety Requirement' of the General Product Safety Regulations 1994 (GPSR). This requires consumer products to be reasonably safe and this may be achieved by conforming with British Standard BS 6262: Part 4: 1994 (as detailed below) with reference to the Approved Document N of the Building Regulations 1991.

WHAT GLAZING MUST BE SAFE?

The updated British Standard "BS 6262: Part 4: 1994 Code of Practice for Glazing for Buildings", introduced new requirements that glazing fitted in 'critical locations' in domestic buildings must be safe.

This may be achieved for example by fitting glass which breaks safely; small panes of ordinary glass; thicker ordinary glass; by protecting the glass with a permanent robust screen; or using plastics glazing sheet. Further details are given below.

The GPSR and the standard apply to all domestic glazing installations whether new build, replacement or refurbishment.

WHAT IS A CRITICAL LOCATION?

Certain internal and external areas are considered 'critical locations' in terms of the safety of vertical glazing, as they are at risk from accidental human impact. The critical locations defined by the standard are similar to the Approved Document N of the Building Regulations 1991.

The 'critical locations' in any internal or external domestic area are:

Doors Any glazing or part of that glazing in a door, which is between the finished floor level and a height of 1500mm above the floor level, is in a 'critical location'.

Side Panels to Doors Any glazing or part of that glazing, which is within 300mm of either side of a door edge and which is between the finished floor level and a height of 1500mm above the floor level, is in a 'critical location'.

Windows, partitions, and walls Any glazing or part of that glazing, which is between the finished floor level and a height of 800mm above the floor level, is in a 'critical location'.

EXAMPLES OF LOCATIONS

Diagram 1 below gives examples of glazing in windows, partitions, walls, doors and side panels. 'Critical locations' are shaded grey. Any glazing within a shaded area must comply with BS 6206.

In Diagram 1, glazing unit No. 10 falls wholly within a 'critical location' and so the glazing must comply with BS 6206.

Where only part of a glazing unit falls within a 'critical location' the whole of that unit must comply with BS 6206. In Diagram 1 this applies to units Nos. 2, 3, 5, 6, 7, 9, 11 and 12.

In Diagram 1 only glazing units Nos. 1, 4 and 8 fall wholly outside the 'critical location' and need not comply with BS 6206.

Diagram 1

Glazing in Windows, Partitions Glazing in Doors and Side Panels and Walls

WHAT GLAZING IS 'SAFE' IN 'CRITICAL LOCATIONS'?

Safety Glass and Safety Plastics

Safety glass, which complies with 'BS 6206: 1981 (1994)' may be fitted in 'critical locations'. This standard requires the glass to pass stringent tests involving impacts from a "punch bag" containing lead shot. Providing the glass does not break or breaks safely it is categorised as Class A, B, or C with A being the highest grade of safety glass.

Different types of glass can be classified as safety glass:

Toughened Glass (also called tempered) categorised as Class A This looks like ordinary glass but receives a special heat treatment process to toughen it. It is much stronger than ordinary glass and on impact disintegrates into small granular pieces, which are not sharp, reducing the risk of injury.

Laminated Glass available in Class A, B or C Consists of two or more sheets of ordinary glass which are attached together by a plastic interlayer. The plastic layer provides a barrier and on impact any broken shards of glass will remain attached to the plastic reducing the risk of injury.

Wired Glass (also called Pyroshield safety clear/textured) categorised as Class C This glass has a network/mesh of wires embedded in it. Certain types of wired glass can satisfy the impact requirements for safety glass while giving a level of fire resistance.

Plastics Glazing Sheet Certain types of transparent plastic sheet can satisfy the impact requirements for safety glass. Please Note: Glass in doors and side panels may only be glazed in Class C materials where the smaller dimension is a maximum of 900mm. Where this dimension is greater than 900mm glazing categorised as Class A or B is required.

WHAT SHOULD I LOOK FOR ON SAFETY GLAZING?

'British Standard 6206: 1981 (1994)' requires that each piece of safety glazing used within 'critical locations' should be marked with the all of the following:

The British Standard number 'BS 6206'.

Identification of the type of glass used I.e. 'L' for laminated, 'P' for plastics, 'T' for tempered (toughened), 'W' for wired or 'SFB' for safety film backed.

The category of safety glass used I.e. 'Class A', 'Class B', or 'Class C' (based on its performance under impact tests). A suffix 'o' denotes front impact test only e.g. mirrored wardrobe doors.

An identifiable name, trademark or other identification mark of the manufacturer. If any of the above markings are lost by cutting, then the company which carries out the cutting must replace markings a) to c) and add their own identifiable name or trade mark.

This leaflet is necessarily worded in a general way and cannot cover every circumstance. If you require any further advice on the subject of this leaflet contact your supplier.

LEO'n'DARTZ · January 28, 2004

:booga Critical locations.....

LEO'n'DARTZ · January 28, 2004

:booga My Webpage

March 22, 2006

Leo, when the law came out I was involved in upgrading thousands of metres all over the UK, the sad thing about that work we done was the fact that the people that needed the money most were schools, hospitals, old peoples homes, mental hospitals etc, these were the places that went along with the ruling, but to be honest busineses did not give a monkeys, and I think the main reason being is that nobody seems to enforce the regulations, but if there was an accident at a school the :dunno would hit the fan.

So you would think there is safety film work all over but not so, where there would be more work I reckon is in citys, as years ago I think about 1990/ 1992 busineses through out london got b*mb protection film fitted in huge buildings from top to bottom, and now it must be time for renewal :lol , now that was hard work, but great big windows every where, we had a got :lol :lol going on. :lol

LEO'n'DARTZ · March 31, 2006

Leo, when the law came out I was involved in upgrading thousands of metres all over the UK, the sad thing about that work we done was the fact that the people that needed the money most were schools, hospitals, old peoples homes, mental hospitals etc, these were the places that went along with the ruling, but to be honest busineses did not give a monkeys, and I think the main reason being is that nobody seems to enforce the regulations, but if there was an accident at a school the would hit the fan.
So you would think there is safety film work all over but not so, where there would be more work I reckon is in citys, as years ago I think about 1990/ 1992 busineses through out london got b*mb protection film fitted in huge buildings from top to bottom, and now it must be time for renewal , now that was hard work, but great big windows every where, we had a got going on.

[*]384633

b*mb protection is growing in EU again. We send 12 mil :lol every second day. We passed explosion tests in Moscow, now we are passing these tests in ....Afganistan.........

April 7, 2006

The big guy hitting the glass with a hammer Leo, is that 12 mil on there?, back in the 90s we used mainley 4 mil, and 175 on large windows.

12 mil is hard work fitting it, my shoulder still has pain from fitting safety film all those years ago. :dunno

Sol

LEO'n'DARTZ · April 7, 2006

The big guy hitting the glass with a hammer Leo, is that 12 mil on there?, back in the 90s we used mainley 4 mil, and 175 on large windows.
12 mil is hard work fitting it, my shoulder still has pain from fitting safety film all those years ago.

Sol

[*]389572

Yes, I know brits like 4 mil. We are installing 12 mil a lot, and sell a lot. By the way 12 mil sales are critically growing in EU. Silent sweden buy more and more - russian bastardZ are coming. + selfexploded people.....All Moscow is under 12 mil films - it's Moscow city regulation. London have the same after IRA people start to forget their sacka with bombs in supermarkets

But this guy is kicking 4 mil (outside) + 6 mm glass + 12 mil + 10 mil.

April 8, 2006

is that 2 safetys fitted inside, is that what you are saying Leo? plus the 4 outside fit?

LEO'n'DARTZ · April 8, 2006

is that 2 safetys fitted inside, is that what you are saying Leo? plus the 4 outside fit?

[*]389924

10+12 mil inside, 4 mil - outside. Outside film don't allow splinter to fall down and this increase construction strength many time. :hmmm Trust me when I am talking about safety films. It's my main bread. Car tinting and other stuff - not for bread, for fun and Vodka.