Seago marine safety equipment
Seago marine safety equipment. The company produce the Seago ISO Liferaft in 4, 6 and 8
man capacity which is available in eather a valise or canister. 4 man and 6 man Seago liferafts are also available with either a valise or
canister. In addition Seago also produce the Universal Liferaft
Cradle.
When it comes to dinghies we have the Seago
260 Slatted Floor Standard, Seago 270 Ranger which is available with either an airdeck or slatted floor.
The company also produces an extremely popular
range of lifejackets, namely the Seago 175N manual (with or without harness), and the seago 175N Auto (with or
without harness), and re-arming kits for both the manual and auto lifejackets. Seago also manufacture a Junior 175N Auto Gas Lifejacket.
We also have the Seago Inflatable Lifebuoy,
Seago BM 750c 7 x 50 Binoculars, Seago 750C 7 x 50 Binoculars,
Seago Fenders, Seago Fishing Rod Holders, Seago Docklines, Seago Extractor Vacuum Pump, and the Seago
MOBY. Seago also produce a range of antifouling : Seago
Primer, Seago Cruising, Seago High Performance antifouling and Seago Extra Strength Hard
antifouling.
SEAGO LIFERAFTS
Seago Offshore ISO 9650 liferafts are designed for extended offshore cruising and
racing.
The standard is a comprehensive technical specification specifying all the
materials
used in the construction of the raft. It also spells out a full performance
specification
covering inflation, launching, material resistance, buoyancy and interior
space.
Particular emphasis is placed on the following:
Stability: This is provided by 4 weighted water pockets with a minimum capacity
of
220 litres which guarantee complete security even in uneven loading conditions.
The
Seago rafts have 222.6 litre capacity for rafts up to 10 man capacity and
278.8
litres for 12 man.
Boarding: The specification lays down that any person wearing foul weather
gear and an inflated lifejacket must be able to board the life raft alone.
In order to meet this requirement we have added a self inflating
boarding ramp with an internal ladder to allow the person to haul
themselves on board the raft.
In the event of the liferaft inflating upside down there is a righting
strop on the underside of the raft.
Visibility: The raft is fitted with a high visibility orange canopy with
SOLAS approved retro reflective tape and an internal light and a
SOLAS approved external light.
The Seago ISO range of liferafts are designed to inflate at
temperatures between -15C to +65C with an emergency kit
suitable for 24 hour occupancy.
ISO rafts also include a built in insulated floor.
The Olympic range of lifejackets from Seago are made with a round neck design. They
offer excellent features seen below and come
with two types of inflation systems. The Olympic lifejackets also offer the
outstanding 175N buoyancy making these models extremely
reliable and reassuring.
All Olympic lifejackets are available with the Seago Extra Safety Pack with
includes:
1 x Crutch starp • 1 x Spray hood • 1 x Lifejacket Light
OLYMPIC Lifejackets
Seago antifouling.... Seago produce a range of antifouling paints...
Environmental good practice and antifouling need not be the opposite ends of the
spectrum. But do you know how to choose the right antifouling, apply the right quantities, carry out that
mid-season scrub and remove and dispose of the old coatings? Hopefully we can shed some light on the
issue.
What’s in antifouling?
The majority of antifouling paints produced in the UK are copper-based, in which the
main biocide is cuprous oxide, the natural form of copper. The paints also contain other biocides in smaller
quantities, know as booster biocides. Some paints are made up with a biocide called cuprous thiocyanate,
which contain a less potent form of copper and these can be referred to as ‘copper free’ paints. However,
cuprous thiocyanate-based antifouling paints are generally not as effective or long lasting as the
copper-based biocides. The biocide used is always displayed on the label of the tin and in the technical
information associated with the paint.
Increasingly we are seeing non-toxic coatings being developed. Whilst they will not
inhibit growth of marine organisms on the hulls of boats, they are designed to be cleaned easily, even as the
boat is used.
What does cooper do in the marine environment?
Although copper occurs naturally in the environment, too much can damage both plants
and animals. Copper in the dissolved form is potentially very toxic to aquatic animals and plants, especially
to young life-stages such as fish larvae. The toxicity of copper is reduced when it is bound to particulate
matter in the water and sediments.
Self polishing, hard racing or slimy?
Erodible or Self-Polishing paints are the most widely used type of antifouling paints
amongst recreational boat owners. They work by the paint surface adjacent to the water dissolving, removing
any organisms that may be clinging to the hull and exposing a fresh layer of biocide to combat any further
fouling. Because the surface of the paint is unstable it is difficult for organisms to establish a firm hold
and consequently less biocide is needed within the paint matrix to produce the required affect. Most of the
original paint is washed away as the boat is used throughout the season, resulting in far less build up over
the years and less work for the owner when it comes to reapplying antifouling.
Hard paints contain high levels of insoluble resin, producing a paint matrix that does
not erode on contact with water. The process by which these paints work is known as contact leaching. The
active ingredients in the resin are soluble and packed in such a way that each particle of biocide is in
direct contact with another. This means that when one particle dissolves, an adjacent particle becomes
exposed to the surrounding water.
There are also products that are considered permanent coatings and may be being
promoted as ‘environmentally friendly’ solutions. They may carry guarantees that the product will last over 5
years or even 10 years. They are generally a more concentrated form of copper based paint and while it may
not require such regular maintenance or recoating it does none-the-less use copper as a basis of its paint.
Non-toxic coatings are relatively new and are generally applied by a professional. However, these may suit
you needs so talk to the manufacturer for more information.
In the past there were soft or traditional paints which have largely been outdated by
the newer technologies. The active ingredient within these paints is Cuprous Oxide which is suspended within
the paint matrix and allowed to leach out over time, along with the binder, leaving a honeycomb like coating
that needed to be removed once every few years.
Which paint should you use?
You need to consider the following points when selecting the type of paint to
use:
Type of hull substrate: In water copper corrodes aluminium so avoid using copper based
paints on aluminium hulls and propellers. Steel and wood hulls should be protected by the relevant primer
first.
Type of boat and speed: Over 25 knots self-polishing or erodible paints can be worn
away too quickly.
Where you are: In coastal waters antifouling has to combat not only slime and weed but
also animals such as barnacles. Fresh water tends to be still or slow flowing, with higher concentrations of
organisms and can be subject to lime scale fouling in areas with very hard water.
U.K. or Abroad: Temperature also has a significant affect on both the fouling present and the
way antifouling paints work so whether you in the UK or abroad is important. In addition, there are different
national regulations as to the contents of antifouling paint so be sure you are aware of
these.
Mooring Situation: Hard antifouling is advised if your boat is moored at a location
that dries out each low tide. Antifouling degrades rapidly in air and performance can be affected just a week
after being ashore.
Application
Each product has its own guidelines as to quantities required. However, there are a
few generic points to remember.
Do not dry sand old antifouling, the dust is toxic – wet sand only and capture the
residue which should be disposed of as hazardous waste
Underwater primer should be added to bare hulls prior to antifouling
Hard antifouling leaves a layer of resin which
needs to be wet abraded before overcoating
Remove any erodible layers and apply a primer
layer before applying hard antifouling
Apply the correct number of coats and stick with
the recommended drying times for each layer
Choose a dry day for painting as moisture in the
air can affect the bonding properties of the paint.
Apply extra layers to areas prone to wear
including all leading and trailing edges, the waterline, keel and rudder.
Launch as soon as possible, definitely within the recommended time after
painting
Maintenance
Care should be taken to remove only the fouling and not the paint itself which is a
pollutant and should not enter the water.
Pressure washing and in water scrubbing technologies should only be used as mid-season
scrub on hard antifouling where the paint properties remain intact. Any fouling that has accumulated on
self-polishing or erodible paints should be removed by sponging or the antifouling itself will be
removed.
Whatever happened to TBT?
Recognition of the widespread environmental affects caused by TBT resulted in the
Europe-wide ban of its use in 1987 on boats under 25 metres. Application of TBT antifouling to all ships
flying flags of EU countries has now been forbidden since July 2003. Existing TBT coatings will need to be
sealed off or removed by July 2008.
SEAGO TENDERS
The new T230 Round Tail inflatable tender which comes with inflatable floor only. Made
with tough and durable 1100 decitex PVC. This round tail tender offers very easy storage as it can be packed
away smaller than most standard style tenders. Complete with anti-splash rubbing strake.Outboard bracket
available separately.Features:-• Clip on seat with metal brackets• Inflatable Floor• Stainless steel towing
eyes• 2 Chambers• Carry bag• Aluminium oars
The new TSR240 inflatable tender with slatted floor offers that little extra room
inside and has large 400mm diameter tubes. Made from 1100 Decitex PVC with a large and more rugged rubbing
strake with anti-splash guard. The TSR240 has a well angled transom, towing eyes and stainless steel towing
handle at the bow of the boat. Comes complete with new design bow bag,aluminium oars, foot pump and carry
bag. Features:-• Clip on seat with metal brackets• Wooden slatted floor• Stainless steel towing eyes &
liftinghandle• 3 Chambers• Carry bag• Aluminium oars• Bow bag• Large tubes
The new T260 inflatable tender with slatted floor is a complete redesign from the
previous model. Made from 1100 Decitex PVC fitted with a rugged rubbing strake. The design has given the bow
a slightly higher angle making planing easier. All models come with a repair kit in a container, rugged foot
pump and aluminium oars.Features:-• Clip on seat with metal brackets• Wooden slatted floor• Stainless steel
towing eyes• 2 Chambers• Carry bag• Aluminium oars
The new TSR270 inflatable tender is available with a slatted floor or inflatable floor
with keel. It has large 410mm diameter tubes. Made from 1100 Decitex PVC with a large and more rugged rubbing
strake with anti-splash guard. The TSR270 has a well angled transom, towing eyes and stainless steel towing
handle at the bow of the boat. Comes complete with new design bow bag, alumini-um oars, foot pump and carry
bag.Features:-• Clip on seat with metal brackets• Wooden slatted floor• Stainless steel towing eyes &
liftinghandle• 3 Chambers• Carry bag• Aluminium oars• Bow bag• Large tubes
The new TSR290 inflatable tender with inflatable floor and keel. Seago’s top of the
range boat offers excellent planingperformance and stability, made from 1100 decitex PVC. It has all the
features of the other boats in the Seago range but with added space and the capability to hold a morepowerful
engine.Features:-• Clip on seat with metal brackets• Wooden slatted floor• Stainless steel towing eyes &
liftinghandle• 3 Chambers• Carry bag• Aluminium oars• Bow bag• Large tubes•
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