Way Finding Tape
Explanation as to why we do not pre-print the arrows on the tape
In accordance with the requirements of BS 5499 and the International Standards Organisations pictogram and symbol requirements, we no longer pre-print the directional arrows on our Way Finding Tape. Our tape is now supplied complete with 10 x Left handed and 10 x Right handed escape/evacuation route marking decals.
The permanent transparent decals are supplied separately to the tape so that they can be fitted at the time of installation at the most suitable places along the evacuation route.
This system of strategically placing the evacuation route marking indicators will make the system that more effective to ensure both continuity of information and to ensure that directional information cannot cause confusion, i.e. when pre-printed, a situation could occur where an arrow was positioned to show direction through doors that were not part of a safe evacuation route.
This is a far superior product and the benefit of being able to site directional information exactly where it is needed will be more appreciated by your customers.
Fire Plan holders
Last year, following feedback from our customers we redesigned the Maritime Progress Fire Plan Holder so that it would take a full rolled up A0 sized plan without the need to make folds in it. Whilst the new fire plan holder (Product number 2613) is more expensive we are finding a market for it as it is far more suitable than the original version you are referring to in your e-mail.
The original Fire Plan holder (product number 2610) is only 345mm long with a diameter of 125mm; therefore although suitable for vessels with small Fire Plans it is not ideal for larger ships.
In answer to your two direct questions, the holder has two M8 size captive nuts for attaching a bracket or bolting to the wall and is manufactured from plastic.
An Explanation of Photoluminescence
The effect of luminous materials is known to most people from experiences with everyday objects such as children’s toys and watch dials, however, very few people understand the science involved or are aware of the similar properties that are displayed by other materials.
To assist you in understanding Maritime Progress photoluminescent products we are pleased to offer the following notes and, while not by any means exhaustive, we hope that they will be of assistance.
Types of Luminance:
Passive Vs Luminescent materials.
Normal dyes and pigments function by passively reflecting a specific part of the spectrum of the light falling upon them, the balance being absorbed by the material as heat. The colour you see is dictated by the part of the spectrum reflected by the material. [Although not pertinent to these notes, this raises an interesting philosophical point, that if you are only seeing the light reflected by a material, what does the material look like … think about it !]
With most luminescent materials the process that makes a substance glow is the same. Electrons are transferred to higher energy levels within the atom by outside forces and later return to the lower levels, releasing a photon in the process. Phosphorescence with it’s after glow has a slightly different mechanism, but in all cases it is the emmited photon you see as visible light. This process will be explained in greater detail later on, but there follows a description of the different types of luminescence, note the different mechanisms that trigger each effect.
Fluorescence is often confused with photoluminescence. The scientific principal with both is similar but in Fluorescent materials the effect happens very quickly, typically in less than one ten thousandths of a second. Fluorescent materials usually absorb light at the UV and blue end of the spectrum and remit this energy as light further into the visible spectrum. As soon as the energising light is removed the process stops. This effect can often be seen in set design at the theatre or in nightclubs, depending on your age! or more commonly on work vests etc.
Photoluminescence. (or more correctly, Phosphorescent materials.)
Phosphorescent materials behave in a similar fashion to Fluorescent materials but there is a time delay between the absorption of the ambient, energising light and the re-emission of that energy as visible light. With some pigments available today the time delay can be quite long, some times lasting 16 or more hours. It is blends of these pigments that we employ in our signs and greater details of the way they work will follow at the end of this section.
Radioluminescence materials display a similar effect to the above, but are not activated by visible light. Instead these materials are activated by radioactive decay. It is unlikely that you will come across these types of material, but there are a couple of companies selling signs employing this effect. These signs take the form of a closed box with a glass face, typically sign size but approximately 5mm thick. The inside of the glass is coated in radioluminescent pigment; the box is then filled with Tritium gas and sealed. The pigment will glow continuously, similar to one of our signs, until the Tritium gas has decayed to a point where it is no longer effective which we understand can be 15 years or more. The Tritium gas used is claimed by the manufacturers to be relatively harmless. The claim being that if you are in a room 3.5m cubed and a sign is broken open, the radiation dose received is about the same as a dental X-ray.
The operation of these signs is exactly the same as an electrical, fluorescent lamp the only exception being that the electrons charging the phosphor are provided by the Tritium gas rather than being generated by electric current. These signs are referred to, rather innocuously, by some manufacturers as “self luminous signs”. The major draw back with these signs is that have to be disposed of, at great expense, as radioactive waste.
This is an ideal material to use for safety signs and SWGS because photoluminescent material stores energy from a light source and releases the light energy in darkness. There must always be enough light to activate the material while the brightness and period of glow depends on the grade and thickness of pigment used. Maritime Progress photoluminescent material far exceeds the glow properties required for Low Location Lighting systems and has a Marine Equipment Directive certification by Lloyds for this purpose. The same material is used as standard for all photoluminescent signs.
Our Self-Adhesive photoluminescent Vinyl (PV) is a Flexible laminated PVC composite material incorporating a photoluminescent layer thermally welded to a white reflective layer, backed with pre-applied adhesive.
Our Photoluminescent Rigid (PR) is a laminated PVC sheet incorporating a photoluminescent layer backed by a rigid white reflective substrate and protected by a tough clear gloss PVC film. All laminations are thermally welded to from a cohesive sheet.
Why Vynalast engraving laminate (EL)?
This is a tough, rigid, PVC product designed for the more technical applications of engraved signage and has been specifically developed to use in harsh marine environments. In addition to excellent chemical resistance, it has high tensile strength, good impact strength and dimensional stability with low thermal conductivity. It excels in outdoor applications (e.g. exposed decks) where it is resistant to salt water corrosion, ultraviolet light and other environmental factors.
Vynalast engraved signs can be formed and bent to allow fixing to a variety of different shaped objects such as pipes and curved bulkheads. Easily guillotined and sawn it can be cut to size and drilled onboard if necessary. The signs are available in either gloss or satin finish.
Why Vynalast photoluminescent engraving laminate (EP)?
Combining all the properties featured in standard Vynalast, this has a “glow in the dark” core which incorporates specialist nontoxic, non-radioactive luminous pigments that absorb ambient light, releasing it slowly when the light source is removed.
Signs can be engraved on virtually any substrate, often used for decoration as well as being informative they provide a tough and durable alternative to printed signs. If you have other requirements please contact us to discuss.
How to order your engraved signs?
When ordering engraved signs please provide the following information:
• Required material
• Required text/detail
• Sign dimensions
• Colour of text
• Colour of background
• Required finish (gloss or satin)
Installation Procedures – Self-Adhesive products (PV, WV)
For satisfactory installation of self-adhesive signs, posters and tapes, surfaces should be smooth, clean, dust and grease free. Peel off the backing paper, align the item to ensure it is straight, and allow one edge to stick to the mounting surface. Work away from the centre of this edge gently smoothing the product into place with a wad of soft clean cloth, ensuring no air bubbles are trapped. Self-adhesive products are not suitable for applying to emulsion surfaces.
Installation Procedures- Rigid products (PR, WR, EL)
Rigid signs can be drilled at each corner for mechanical fixing and suspension from the deck head, or can be fixed in place using applied adhesives, double sided adhesive pads or suspension kits. Where adhesives are used the sign should be temporarily fixed in place using adhesive tape along its top edge so that a hinge is formed. Once this is done flip the sign up to reveal the back and apply the adhesive. Turn the sign back down allowing it to stick to the bulkhead. Apply pressure with a wad of soft cloth and ensure a good contact by adding additional tape until the adhesive has cured.
How do I/we arrange payment?
How do I/we become a distributor/reseller?
Complete the form on our distributor area HERE and we will contact you.
What sizes do you offer?
Whilst we can print to any size you require these are our standard size codes (as used in the product codes) and the corresponding measurements.
|CC||30mm x 30mm||JE||150mm x 60mm||LM||250mm x 300mm|
|CF||30mm x 75mm||JF||150mm x 75mm||LN||250mm x 350mm|
|CJ||30mm x 150mm||JG||150mm x 100mm||LQ||250mm x 500mm|
|EE||50mm x 50mm||JJ||150mm x 150mm||MG||300mm x 100mm|
|EG||50mm x 100mm||JK||150mm x 200mm||MJ||300mm x 150mm|
|EJ||50mm x 150mm||JM||150mm x 300mm||MK||300mm x 200mm|
|FC||75mm x 30mm||JP||150mm x 400mm||MM||300mm x 300mm|
|FG||75mm x 100mm||JQ||150mm x 500mm||MN||300mm x 350mm|
|FH||75mm x 140mm||KF||200mm x 75mm||MP||300mm x 400mm|
|FJ||75mm x 150mm||KG||200mm x 100mm||MT||300mm x 800mm|
|FK||75mm x 200mm||KJ||200mm x 150mm||NK||350mm x 200mm|
|FL||75mm x 250mm||KK||200mm x 200mm||PM||400mm x 300mm|
|GE||100mm x 50mm||KL||200mm x 250mm||PR||400mm x 600mm|
|GF||100mm x 75mm||KM||200mm x 300mm||QP||500mm x 400mm|
|GG||100mm x 100mm||KP||200mm x 400mm||RK||600mm x 200mm|
|GK||100mm x 200mm||KR||200mm x 600mm||RP||600mm x 400mm|
|GJ||100mm x 150mm||LJ||250mm x 150mm||VR||1000mm x 600mm|
|GM||100mm x 300mm||LK||250mm x 200mm|
|GR||100mm x 600mm||LL||250mm x 250mm|
How much is carriage?