TIANBO mobile fire extinguishers are designed for large industrial or marine fire risks where a large amount of fire extinguishing agent is required. Mobile extinguishers can be supplied in a choice of sizes and agents to suit specific applications.

ABC Powder Units
• Desigend and approved to EN 1866
• Factory filled with high versatile ABC dry powder for
great fire knock down One person operation
• Strong and stylish wheel for smooth moving

WATER MIST is the ultimate extinguisher for Class A fires and where a potential Class C
(electrical) hazard exists. The fine spray from the unique misting nozzle provides safety from
electrical shock, greatly enhances the cooling and soaking characteristics of the agent and reduces
scattering of burning materials. The Amerex Water Mist extinguishers contain de-ionized water
(sold separately) making them the best extinguishers for protection of hospital environments,
telecommunication facilities and “clean room” manufacturing facilities. The Amerex Water
Mist extinguishers are easy to use, maintain, and service.

RUGGED
• 5 Year Manufacturer’s Warranty • Stored Pressure Design
• Stainless Steel Cylinders
• Durable High Gloss Polyester Powder Paint
• All Metal Valve Construction
• Exclusive Crevice Free, Butt Welded Cylinder
• Temperature Range +40°F to 120°F
MR CONDITIONAL • Non-magnetic Construction Tested by an Independent Agency for use in MRI Facilities to
11.7 Tesla (including wall hanger bracket)
CLEAN
• Non-toxic – Causes no Respiratory Problems
• De-ionized Water Extinguishing Agent (sold separately)
• Sanitary White Paint Finish (easy to clean)
• No Powder Residue
USER FRIENDLY
• Wand Provides Greatest Operator Safety
• Large Loop Stainless Steel Pull Pin
• Maximum Visibility During Discharge
• No Electrical Conductivity Back to the Operator
• No Thermal or Static Shock
• Minimal Training – Simplest to use • Most Economical Agent Available • Bar Coded and Bilingual Labels
OPTION
• Polished Stainless Steel Cylinders

Stopseal Batt is a coated stone wool board used
to reinstate the fire resistance performance of
flexible & rigid wall and rigid floor constructions
where apertures are penetrated by single or
multiple services. The Stopseal® Batt is tested
with a variety of services including multi
composite pipes, metallic pipes, plastic pipes, all
with or without insulation, cable trays and cables,
as well as smoke extract and fire resistant ducts.
The PipeBloc® and Pyropro HPE® range of
reactive products has been tested for use with
the Stopseal® Batt. Stopseal® Batts are supplied
coated in both single and double side versions in
50mm and 60mm thickness.

Key Product Points
• IET (IEE) 17th Edition Fire Stop Compliant to Regulation 527.1-3 -Electrical
Installations.
• BS 7671-2008 Chapter 42 & 52 – Electrical Installations FireResistance.
• Fire resistance tested in flexible walls, rigid walls & floors, composite panel, CLT wall
and Durasteel wall.
• Suitable for indoor use without additional environmental protection.
• Remainsflexible.
• Life expectancy of over 25 years.
• Suitable for large openings in walls and floors with additionalsupports.

KEY INSTALLATION POINTS
• For good adhesion the surfaces of the building elements shall be free of any dust
or grease and may need to be primed. On good, clean virgin concrete & masonry,
no priming required.
• Ensure that the aperture and services in question are tested with Stopseal® Batt
and the site conditions are within the application specification.
• Measure the size of the opening, relevant position and size of the services. Mask all
surfaces where necessary to ensure the aesthetics of Pyrocoustic®Sealant.
• Draw these details onto the Stopseal® Batt and cut out using a suitablesaw.
• Using a trowel or pallet knife apply a thick layer of Pyrocoustic® Sealant to all areas
of contact around the opening and services. Apply a similar thickness of
Pyrocoustic® Sealant to the all edges of the cut Stopseal®Batt.
• Fit the cut Stopseal® Batt into the opening, ensuring a tight friction fit.
• Push the Stopseal® Batt firmly in to the opening using the flat of the hand. Continue
the above procedure to fill the opening ensuring that a layer of Pyrocoustic® Sealant
is applied to all areas of contact between the boards. The seal should be made up
from as few pieces of Stopseal® Batt as practicable.
• Any small gaps in the seal left when all cut pieces have been installed shouldbe
tightly packed with off -cuts and coated with Pyrocoustic® Sealant. A layer of
Pyrocoustic® Sealant should be applied to all joint linesformed.
• To complete the installation a small bead of Pyrocoustic® Sealant should be applied
around the extremities of the opening and services. Whatever the edges ofthe seal
line with the wall / floor surface, the bead of Pyrocoustic® Sealant should be
smoothed to overlap the wall / floor surface by approximately5mm.
• A Stopseal® double Batt system may have a requirement for structural supports,
they should be steel back to back angles circa 40mm x 40mm x 1.2mm thickness. All
joints to be off-set orstaggered.

Pyrocoustic® Sealant is a water based acrylic
sealant used to reinstate the fire resistance of
wall and floor constructions where apertures are
penetrated by multiple services and linear gap
seals where wall and floor constructions abut.
Pyrocoustic® Sealant is extensively tested for
global requirements, it is supplied in 310ml
cartridges or 600ml foils.

Key Product Points
• Fire resistance tested in flexible walls, rigid walls and floors.
• Tested in Linear Joints up to 50mm wide.
• Tested in large service openings up to 490mm x 150mm.
• Tested with Metallic Pipes, Cables, Cable Bunches, Cable Trays and Cable Ladders.
• Causes no known effects to plastic pipes, plastic cables, sheathing or metallic
components.
• For use in low movement joints, remainsflexible.
• Halogen free, resists fungi and vermin.
• Shelf Life 18 months.

KEY INSTALLATION POINTS
• For good adhesion the surfaces of the building elements shall be free of any dust
or grease and may need to be primed. On good, clean virgin concrete & masonry,
no priming required.
• Ensure that the aperture and services in question are tested with Pyrocoustic®
Sealant and the site conditions are within the application specification. An annular
space needs to be present around the service to apply sufficient installationdepth.
• Consider the movement of the joint to be sealed. This should include thermal, wind
pressures, settlement and differential movement of components.
• Consider the characteristics of the substrates as they affect the choice of sealant, i.e.
how the surface finish may be affected by sealant compounds and the possibility of
discolouration due to oil migration orstaining.
•Consider the location and environment of the joint to be sealed. Exposure to
temperature extremes, ultra violet light, radiation, chemical attack, standing water
and vibration.
• Consider the characteristics of all available sealants for performance capabilities,
hardness afterweathering,movement capabilitiesin both extension and compression,
adhesion properties and chemicalresistance.
•Adequate space and accessibility should be provided for applying and tooling the
sealant. Mineral wool (min. 80kg/m3) or PE backing rod where required can be used
as backing materials, though the Pyrocoustic® Sealant should be installed correctly to
achieve the performanceneeded.
• Seal ratio at 2:1 (50 mm gap width x 25 mm depth etc).
• Material Required: To determine quantity of sealant required, calculate as follows
(in mm): Gap width x Depth x Total length ÷ 310 = Number of Cartridges
(Remember to double to get both sides of the seal if total length is measured singly)

Pyropro HPE® Sealant is a water based, acrylic
sealant utilising a reactive formula that has
intumescent properties to reinstate the fire
resistance performance of wall and floor
constructions where the penetrations of single or
multiple services are present.
Pyropro HPE® Sealant expands upon contact with
heat, the high pressure reactive process ensures that the material will expand up to
20 times under an expansion pressure of 7 bar. Pyropro HPE® Sealant is supplied in
liquid form in 310ml cartridges, 600ml foils and 5kg, 10kg and 20kg pails. The sealant
is gunned or trowelled into the annular space in or between the separating elements
to a specific depth in order to maintain the fire resistance of the construction in the
event of a fire.

Key Product Points
• Rigid wall and floors, flexible wall and batts in wall andfloor.
• Linear Joints up to 20mm wide.
• Large service openings up to 300mm x 100mm.
• Batt aperture up to 1100mm x 750mm.
• Metallic Pipes, Cables, Cable Bunches (inc Telecommunication), Cable Traysand
Cable Ladders.
• Combustible Pipes up to 125mm dia – PVC, PE, PP, ABS and PEX / MLC .
• Sealing elastomeric foam and glass wool insulation in irregular applications.
• Causes no known affects to plastic pipes, plastic cables, sheathing or metallic
components.

KEY INSTALLATION POINTS
• For good adhesion the surfaces of the building elements shall be free of any dust
or grease and may need to be primed. On good, clean virgin concrete & masonry,
no priming required.
• Ensure that the aperture and services in question are tested with Pyropro HPE® and
the site conditions are within the application specification. An annular space needs
to be present around the service to apply sufficient installation depth.
• Consider the characteristics of all available sealants for performance capabilities,
hardnessafterweathering,movement capabilitiesinbothextensionandcompression,
adhesion properties and chemicalresistance.
• Combustible service penetrations must be independently supported each side of
the seal.
• Mineral wool (min. 80kg/m3) or PE backing rod where required can be used as
backing material for Pyropro HPE® Sealant. Backing material is not needed within all
installations, though the Pyropro HPE® Sealant should be installed correctly to
achieve the performance needed. Leave a minimum depth of 25mm to installHPE.
• Apply Pyropro HPE® to the remaining space around the penetrations. The sealant
should be installed to the minimum 25mm depth within a minimum 20mm annulus
around the service.
• Once the Pyropro HPE® has been installed to the specified depth on both faces
of the penetration seal, smooth over the seal. This can be done with a spatula and
water.

Silverseal® Compound is a Gypsum based
compound, used to reinstate the fire resistance
performance of floor and wall constructions
where they have been provided with apertures
for the penetrations of single or multiple
services. Silverseal® Compound is supplied as
a dry material to be mixed with water to the
required ratio prior to installation. When mixed
the compound is self supporting in floor spans up
to 700mm. Silverseal® Compound is
non-combustible and loading bearing.

Key Product Points
• Can be used in rigid floors and walls with fire rateddampers.
• Rapid setting, zero shrinkage formulation – can be used as pourable or trowel grade,
gas tight seals.
• Excellent workability ranging from stiff to pourable mix.
• Good load bearing performance in floor seals, *No structural support required for
seals up to 700mm spans. *Silverseal® Compounds can bewaterproofed.
*(Consult FSi for details)

KEY INSTALLATION POINTS
• For good adhesion the surfaces of the building elements shall be free of any dust
or grease and may need to be primed. On good, clean virgin concrete & masonry,
no priming required.
• Ensure that the aperture and services in question are tested withSilverseal®
Compounds and the site conditions are within the application specification.
Silverseal® STD Compound can be mixed preferably by mechanical paddle or
manually if required. Measure out the correct amount of clean water into a clean
container to achieve the desired consistency.
(Silverseal® STD Compound: water ratio):
Pourable Mix ratio of 2 ½: 1 Trowelable Mix ratio of 3:1
Gradually add the Silverseal® STD Compound stirring continually. Continue mixing until the Silverseal® STD Compound is mixed to a smooth even consistency. Any spillage
should be wiped up with a damp cloth before setting occurs as it may stain pipes and
services. Mix only enough material sufficient for use within the recommended pot life
(20-30 minutes). Pot life and set times will be reduced for lower water content and
higher temperatures.
Installation should not be carried out when temperatures are above 35°C. Setting
times are normally between 30 and 90 minutes. Warning: Do not attempt to extend
working time by remixing with additional water once the compound has started to
set, as this will interfere with the setting process. Always mix in clean buckets. Using
dirty buckets containing remains of compound from earlier mixes may reduce
working time.
Fit damming board/shuttering to bottom of opening. Damming materials must be
able to support the wet weight of the compound under pouring conditions.
Silverseal® STD Compound must be installed to the required minimum 100mm
thickness.

S-Line® Fire Pillows are an ideal product to create a
temporary or permanent fire barrier around many
types of services to prevent the passage of fire
through a compartment wall or floor, especially
suitable where services are continuously being
changed or replaced. S-Line® Fire Pillows are filled
with organic fillers and reactive intumescent
additives in a PU glass cloth case.

Key Product Points
• Can be used in rigid walls & floors.
• Can be used with Metallic Pipes, Cables, Cable Bunches, Cable Trays and Cable
Ladders.
• Reaction Temperature 180°C.
• High Expansion Ratio.
• Remains flexible between –20°C to +130°C.
• Water resistant lining.
• Suitable for locations up to 1m².
• Non-combustible and non-toxic.
• Ease of installation and long life.

KEY INSTALLATION POINTS
• For good adhesion the surfaces of the building elements shall be free of any dust
or grease and may need to be primed. On good, clean virgin concrete & masonry,
no priming required.
• Ensure that the aperture and services in question are tested with S-Line®Pillows
and the site conditions are within the application specification.
• Upon installation make sure that you install the S-Line® Fire Pillow length ways to
the recommended installation method for the service you are installing around.
• Install the S-Line® Fire Pillows in such a way that all joints are staggered in each
layer until you have filled all gaps within the wall. Pack pillows tightly into the
opening around the services to a minimum depth of 150mm. Always ensure that
large voids are completely filled and S-Line® pillows are installed in a manner that
ensures a tight compression fit.
• Fill in any gaps with the smaller S-Line® pillows until there are no gaps. Always
ensure that large voids are completely filled and fire pillows are installed in a
manner that ensures a tight compression fit.
For floor
• Install a 5mm mild steel mesh securely fastened to rigid floor.
• Arrange S-Line® Pillows in such a manner that they fully fill the penetration voids to
a minimum depth of 150mm on the mesh.
• When cable trunking passes through the seal ensure that the inside is filled with
S-Line® Sausage Pillows.

S-Line Fire Pillows are filled with organic fillers and intumescent additives encased
within a waterproof glass cloth bag. S-Line Fire Pillow are an ideal product to create
a temporary or permanent fire barrier around multi-service penetrations to prevent
the passage of fire through a compartment wall or floor, especially suitable where
services are continuously being changed or replaced.
S-Line® Fire Pillows
Product Information Document
S-Line Fire Pillows are tested and Certified to internationally recognized standards, including,
Certifire, CE marking and UL Listings.

Key Product Points

Acoustic Isolation EN10140 – 46dB.

Air Permeability EN1026 – 420Pa.

Reaction Temperature 180°C.

High Expansion Ratio.

Remains flexible between –20°C to +130°C.

Moisture resistant lining.

Suitable for indoor and outdoor locations up to 1m².

Contributes to Green Building.

Non-combustible and non-toxic.

Ease of installation and long life.

Ensure that the aperture and services in question are tested with S-Line Fire Pillows, and the site conditions are within the application
specification.
All services and apertures need to be clean and clear of all dust and loose particles. The aperture temperature needs to at 5ǡC or above at time
of installation.
Install the S-Line Fire Pillows in such a way that all joints are staggered in each layer unƟ l you have fi lled all gaps within the wall. Pack pillows
Ɵ ghtly into the opening around the services to a minimum depth of 150mm. Always ensure that large voids are completely fi lled and S-Line
pillows are installed in a manner that ensures a Ɵ ght compression fi t.

HD FP 3-C6 is based on protein material, which gives
good sealing and excellent burn back resistance. The
spreading of the foam is improved by incorporating
new generation C6 based fluorinated surfactant in the
formulation without affecting heat stability.
HD FP 3-C6 is formulated with hydrolysed protein, C6
based fluorinated surfactants, metal salts, special
stabilizers and preservatives to give best performance
and satisfactory storage. It is highly reliable, cost
effective and efficient on massive hydro-carbon fires.
It gives resistance to fuel pickup and is suitable for
sub-surface applications.
HD FP 3-C6 is suitable for long pre-burn fires on
Petroleum Tank Farm fires, Oil Jetties, Refineries and
Offshore oil platforms.
HD FP 3-C6 is intended for use at 3% solution in
fresh, sea/salt or hard water.

HD FP 3-C6 is suitable for Class B fires of
Hydrocarbons in fixed roof tanks like crude oil,
gasoline, diesel, aviation fuel, kerosene etc. in sectors
like refineries, tank terminals, process areas, power
plants, port terminals, airports, offshore and onshore
installations, etc.