Safety Non-Slip Solutions

FibreGrip Logo



Use the Non-Slip Solutions Downloads to assist you in complying with OHS compliance

Non-Slip Solutions Downloads - Non Slip Pendulum Test Values
Downloads - Mohs Mineral Hardness Scale
Non-Slip Solutions Downloads - Stair Safety brochure
Egress system for safety Downloads

PVT Test

MOH Scale

Stair Safety

Egress System


Please feel free to download the above Non-Slip Solutions Downloads. It can assist you in various non-slip applications and areas where you need to address egress options. Stair Safety is of the utmost importance and save lives and assist in OHS issues

PVT Test

The pendulum test assesses the friction offered by a floor surface when a foot comes into contact with it. It can measure slip potential of both dry, wet and contaminated flooring. The test is the subject of a British Standard (BS 7976: Parts 1-3, 2002) and has is recommended by the HSE (Health and Safety Executive). It is the only test used in enforcement and prosecution. Ensuring that you pass the pendulum test is a great way to prove to authorities. Albeit Insurance companies and lawyers that you have provided a safe floor environment, and then can be used for your protection should you be taken to court. Or indeed to prevent claims from the outset also .

A pendulum test is operated by a swinging arm that sweeps over a floor area. At the end of the arm is a rubber slider, which strikes and passes along the floor over a predetermined distance. If the arm is released without touching the floor, then it swings from horizontal to horizontal (no friction). As soon as it strikes the floor, friction decelerates the arm and therefore it swings less far.- Non-Slip Solutions Downloads

MOH Scale

One of the most important tests for identifying mineral specimens is the Mohs Hardness Test. This test compares the resistance of a mineral to being scratched by ten reference minerals known as the Mohs Hardness Scale (see table at left). The test is useful because most specimens of a given mineral are very close to the same hardness. This makes hardness a reliable diagnostic property for most minerals.

Friedrich Mohs, a German mineralogist, developed the scale in 1812. He selected ten minerals of distinctly different hardness that ranged from a very soft mineral (talc) to a very hard mineral (diamond). With the exception of diamond, the minerals are all relatively common and easy or inexpensive to obtain.

    • Begin by locating a smooth, unscratched surface for testing.

    • While with one hand, hold the specimen of unknown hardness firmly against a table top so that the surface to be tested is exposed and accessible. Consequently the table top supports the specimen and then helps you hold it motionless for the test. (If you are doing this test at a nice desk you may want to get a thick piece of cardboard, a thick rubber pad, or a sheet of some other material to protect the surface from being scratched.)

    • Then hold one of the standard hardness specimens in the other hand.  While afterwards then place a point of that specimen against the selected flat surface of the unknown specimen.

    • After that firmly press the point of the standard specimen against the unknown specimen. While with firm pressure, then drag the point of the standard specimen across the surface of the unknown specimen.

    • Examine the surface of the unknown specimen. So finally with a finger, brush away any mineral fragments or powder that was produced. Also did the test produce a scratch? Then be careful not to confuse mineral powder or residue with a scratch. Because a scratch will be a distinct groove cut in the mineral surface, not a mark on the surface that wipes away. Then use a hand lens to get a good look at what happened.

  • Then conduct the test a second time to confirm your results – Non-Slip Solutions Downloads

Egress System

The means of egress definition in construction is the same as for any building occupancy. A means of egress is a continuous and unobstructed path. So vertical and horizontal egress travel from any occupied portion of a building to a public way, such as a street or parcel of land.

OSHA section 1926.34 defines the requirements for means of egress in construction.

1926.34(a) In every building or structure exits shall be so arranged and maintained as to provide free and unobstructed egress from all parts of the building or structure at all times when it is occupied. No lock or fastening to prevent free escape from the inside of any building. It shall be installed except in mental, penal, or corrective institutions where supervisory personnel is continually on duty. Effective provisions are made to remove occupants in case of fire or other emergency.

1926.34(b) Exits shall be marked by a readily visible sign. Access to exits shall be marked by readily visible signs in all cases where the exit or way to reach it is not immediately visible to the occupants.

1926.34(c) The means of egress shall be continually maintained free of all obstructions or impediments to full instant use in the case of fire or other emergency.

Design requirements for a means of egress are established according to IBC chapter 10. This chapter defines the requirements for the number of exits, width of exit stairways, exit signs, travel distance.  As well as other important design factors to ensure a safe egress system.

The exit discharge is the part of the means of egress that leads from the exit, so that such as the stairway, to the public way. Then the exit discharge is usually an exterior path of egress travel that is between the building and the public way. – Non-Slip Solutions Downloads

Keep on Walking


Buy Non-Slip Solutions