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Sun Protection
Babies and young children have thinner, more delicate skin than adults. Because of this, their risk of getting sunburnt is much higher.
You should keep children out of the sun when it is at its hottest. Cancer Research's SunSmart message is
- Stay in the shade between 11am - 3pm
- Make sure you never burn
- Always cover up - slip, slap, slop, wrap
- Remember to take extra care with children
- Use a minimum of factor 15+ sunscreen
Babies and children should always wear brimmed hats in the sun. Conventional baseball caps may look smart, but they leave the back of the neck and ears completely exposed. Much better is the "legionnaires' type, with a cloth flap which covers the back of the neck - these are widely available for babies and young children.
Don't forget to protect your children's eyes (see eye
protection info sheet for more detailed information). Ensure your children
wear good quality sunglasses (wrap arounds are best as they stop the sun
from getting in at the sides). Look for the sticker on the lenses that tells
you that the sunglasses provide proper UV protection. If there is no sticker,
don't buy them.
The amount of protection you get from your clothes varies depending on the type of material. Manufacturers of childrens clothing are beginning to put sun protection factor labels in their clothes. The higher the number, the more protection the clothing will give. Beware however that wet fabric can stretch and lose some of its ability to protect from the sun.
Manufacturers of UV clothing sometimes refer to a rating in relation to 'new, dry and unstretched' - this is a standardised benchmark for radiation labs and ensures that UV fabrics can be rated on an equal basis. Different types of water (sea, chlorinated or tap) will have differing effects on fabric and children will stretch fabric to differing degrees in different places depending on their build.
All swimwear rating provided on Mini Contego site are based on a new, dry and unstretched basis.
Skin types do play a part in how quickly you will burn.
They are divided into 5 categories. Individuals with skin type 1 will be pale
skinned, have freckles, light coloured eyes and fair or red hair. These people
will burn easily in the sun and never tan. Individuals with skin type 5 have
dark brown or black skin, dark eye colour and dark hair. They rarely burn in
the sun.
- Polycotton/lycra - A wonderfully soft material (t-shirt feel) and perfect for children with more sensitive skin (54% polyester, 30% cotton, 16% lycra).
- Nylon/lycra - Conventional swimwear material. Quick drying and great for kids racing in and out of water all day!
Protecting Children's Eyes
We think nothing of spending £150.00 on sunglasses to
protect our own eyes, so why then are we so reluctant to protect
our children in the same way? Well, is it really worth it? They'll only
break or lose them. They don't seem to be affected by the sun anyway so
why bother...we take a look at some of the facts.
There are two types of radiation, UV-A and UV-B that
can have damaging effects on our vision. UV-A is a longer wavelength
radiation that usually induces skin tanning. UV-B is more active,
shorter wavelength radiation that causes sunburn and is associated
with skin cancer. Excess exposure to intense sunlight can result
in a burn-like condition to the surface of our eye, much like sunburn
to the skin. Wearing the right sunglasses protects against both
these radiations.
More and more people are also recognising the longer
term consequences of not protecting young eyes. It is now recognised that
sun damage (much of which is incurred during childhood) is a primary cause
of cataracts in the UK, with the number of sufferers on the increase year
on year.
The simple answer is, as early as possible. Children have very fragile eyes and
are far more vulnerable to the effects of UV light - they also spend far more
time outside than we do as adults. Children are more exposed to the sun, with
the World Health Organisation estimating that up to 80 per cent of a person's
lifetime exposure to UV is received before the age of 18. Protection from an
early age is therefore vital.
Babies under the age of six months old should be kept out of direct sunlight
at all times if at all possible and shouldn’t therefore have cause for
sunglasses. Older babies should wear a broad rimmed hat and sunglasses but
have their exposure to the sun kept to a minimum.
Ultraviolet radiation is most prevalent between the times of 10.00am and 2.00pm,
but children should be protected (by sunglasses, sunhat and sun cream) whenever
they are exposed to sunlight
Polarized lenses are used in sunglasses to reduce glare from reflective surfaces such as a car bonnet, areas of snow or the surface of a lake for example. They accomplish this through a process called polarization. Polarized lenses have a laminated surface containing vertical stripes which only allow vertically-polarized light to enter the wearer's eyes. This enables glare to be eliminated due to the inability of the horizontally-polarized light waves to bypass the polarized filter. The effect is much the same as a Venetian blind controlling sunlight through a window.
Polarized lenses are not necessary in protecting eyes
from UV radiation but do relax the eyes more than standard lenses in situations
where the sun is reflected.
Whilst there are some good children’s glasses
on the market with polarized lenses, they are not a necessity and do tend
to be more expensive – call us for details.
- Make sure the glasses carry the CE marking (ensuring they
conform to European safety standards)
- At least 99% UVA and UVB protection
- Plastic (incl polycarbonate) lenses are best for children
due to their durability and scratch resistant properties
- Sunglasses appropriate for Childs age/head size (close fitting
glasses will prevent UV rays from filtering in from above)
- Larger lens or wrap around styles which prevent light entering
from the sides
There are five EC standards of protection against radiation
in glasses
| Category |
Lens |
0
100-80% light transmission |
Clear or very light tint for
standard glasses |
1
80-43% light transmission |
Very slightly tinted for enhancing
low light conditions |
2
43-18% light transmission |
Lightly tinted for medium
to bright conditions |
|
3
18-8% light transmission
|
Heavily tinted for bright
to extremely bright light conditions (good for ski-ing & watersports) |
4
3-8% light transmission |
Very heavily tinted for exceptionally
bright light conditions (good for ski-ing and watersports – not
suitable for driving) |
Category 3 is the most common for sunglasses and is an excellent all rounder, suitable for mid mountain altitudes, the seaside and bright days.
Nothing will put a young child off skiing more than getting wet and cold on the slopes - kitting your kids out appropriately is key to a happy family skiing trip!
It’s worth taking a look at our layering information
card as the layering principle is key when in the mountains.
As for kit list, we would recommend the following:
- Ski socks – minimum of 2 pairs and required number dependant
on your enthusiasm for washing them at night!
- Waterproof ski gloves/mittens
- Good hat and scarf
- Set of thermal undies
- Windproof and waterproof ski jacket and salopettes, or all
in one (for very young children all in ones offer the best value
for money)
- Sunglasses
- Goggles
- Warm fleece
- Backpack
- Sunblock
We would always recommend that children wear
a helmet when ski-ing – in
fact in some countries it's now compulsory. These can generally
be hired in resort with skis and boots, or provided at ski
school, but please check with your tour operator before travelling.
There are five EC standards of protection against radiation
| Category |
Lens |
0
100-80% light transmission |
Clear or very light tint for
standard glasses |
1
80-43% light transmission |
Very slightly tinted for enhancing
low light conditions |
2
43-18% light transmission |
Lightly tinted for medium
to bright conditions |
|
3
18-8% light transmission
|
Heavily tinted for bright
to extremely bright light conditions (good for ski-ing & watersports) |
4
3-8% light transmission |
Very heavily tinted for exceptionally
bright light conditions (good for ski-ing and watersports – not
suitable for driving) |
Building up a clothing system using different layers has long been the most effective
and versatile way of dressing for real outdoor enthusiasts. The principles
are just as important for children as it enables them to add or remove clothes
and therefore regulate their body temperature (to avoid getting cold or overheating).
While each of the layers performs a specific function
on its own, it also works together in one system to insulate and protect
your child when they are outdoors.
Remember the level of layering is dependant on weather
conditions/temperature, your child’s activity levels and their individual
body thermostat.
Base Layer: The base layers keep
you dry and comfortable close to the skin. This is key as wet
fabric close to the skin will increase heat loss. It achieves this
by wicking moisture off the skin and spreading it out over the
surface of the garment where it can evaporate or move out to the
other layer (base layers are mainly made of synthetic fabrics or
wool – avoid
cotton as it’s a porous
fibre which soaks up moisture and takes a very long time to dry).
Insulation Layer: The insulation
layer is the warmth layer when a shell or outer layer is not warm
enough. This layer works by trapping very small pockets of air
which slow down the loss of heat. Fleeces are primarily used for this
layer.
Outer Layer (Shell): This layers
job is to protect from wind, rain, and snow while wicking moisture away
from the body. Good quality water and windproof jackets provide a barrier
to water and wind while allowing moisture to pass through.
Remember!
One of the largest sources of heat loss is from the head, make sure children wear hats when venturing out into the elements!
What do the numbers on binoculars mean? As an example, a pair of binoculars
may have 10x25 listed as a technical specification. But what does this mean?
The "10" refers to the magnification power of the binoculars – that
is – objects viewed will appear to be 10 times closer than when they
are viewed by the naked eye.
The second number in our example is "25." This refers to the
diameter, in millimeters, of the objective lenses on the binoculars. The
objective lenses are located on the end of the binoculars furthest away
from your eye when viewing. As with the aperture of a camera lens, the size
of objective lens determines the amount of light that can enter your binoculars.
If your binoculars are going to be used during low light (hunting and astronomy
are good examples) you had better have large objective lenses.
Another important number describing binoculars is called field-of-view.
A field-of-view of 330` indicates that the width of the sight picture is
330 feet at a distance of 1000 yards. Field-of-view is determined by magnification
and the focal lengths of the objective and eyepiece lenses. More magnification
always means less field-of-view. This specification is sometimes expressed
in degrees.
A lifejacket has increased buoyancy, which includes a collar designed to keep your head out of the water. Ideal for children (or the unconscious), it will turn them over from a face down position in the water.
A buoyancy vest (or aid) has around 25% less buoyancy
and does not have a collar. They are generally used for active
water sports where falling in is part of the fun and are designed to assist
someone who is water confident in keeping afloat and swimming. Buoyancy
aids have flotation padding on the front and back but do not have a neck
collar. This means that the wearer has to work a little to keep their head
out of the water. Someone who goes unconscious while wearing a buoyancy
aid will generally float face down and will drown.
It is essential a lifejacket should fit well and not be oversized. For children
this is especially true and a lifejacket is something that should never be
purchased “to grow into”. The fit is more important than the weight
class indicator in the neck label. For instance if your child is 53kg and the
30-50kg buoyancy aid fits better than the 50-70kg, you should select the 30-50kg.
Lifejackets which concentrate the foam to the front
and collar have been developed to aid a person into a safe back position
(ideal for children).
Children can start to wear buoyancy aids once they are competent swimmers and weigh over 30kg.
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