Pet owners always want the best for their animals and are willing to spend a lot of money buying brands that make pets more comfortable or give the owner an easier job while looking after them.
There are many quality control procedures that can be used to assess the quality of pet accessories.
When
buying a new dog lead, you may see that a lot of brands are now
including a tensile strength rating on the packaging. Some dogs love to
pull as hard as possible, and this can be bad news if a strong dog sees a
squirrel running up a tree and goes for the chase.
Bread always contains a certain amount of salt. However, to keep up with recent headlines advising
us against excessive salt consumption and its associated health risks,
many bread manufacturers are lowering the salt content in their
products.
Salt affects dough texture, making it stronger and less sticky. Reducing salt can play havoc with the production line, but the Warburtons Dough Stickiness System provides a quick and easy test for stickiness of a standard 0.5kg or
1kg piece of dough. It features a sample testing box into which dough
samples can be placed quickly and with minimum exposure of the cut
surface to the atmosphere.
For decades, food companies lured consumers to their processed and packaged products with an
irresistible combination of fat, salt and sugar.
However,
every day a news headline appears warning us of the dangers of high
quantities of these ingredients in our diets. It comes as no surprise
then that ‘low and light’ products with reduced proportions are more
popular than ever.
The Consumer Goods Forum carried out a survey
of 102 large food companies earlier this year, finding that the number
of products aimed to “support healthier diets and lifestyles and address
public health priorities” increased from 84,000 in 2015 to over 180,000
in 2016. An enormous budget of $1.8 trillion was set aside to reduce
sugar in 2015. Trans fats and saturated fats were also under high
reduction pressure.
Roughly 1% of the UK follow a vegan lifestyle – a small percentage, but nonetheless an enormous number of consumers are represented by the vegan community.
Even
vegetarians and meat eaters are starting to eat less meat and choose
vegan alternatives due to increasing awareness of the benefits to the
environment, animal welfare, health reasons and simply to keep up with
food trends. Vegan food has improved greatly during its rise in
popularity over the past few decades.
Snacking is not a modern concept. As humans, we have been snacking for our whole existence.
The
Stone Age hunter will have eaten berries while waiting for his next
rabbit, Native Americans used to throw their ears of corn on a fire to
produce early popcorn, and the first pretzels are said to have been made
by a 6th century Italian monk.
However, along with this snacking
behaviour, we also started to eat larger, regular meals a few thousand
years ago once we started breeding livestock.
With an ageing population, it is no surprise that there are more people wearing dentures.
Around
half of all denture wearers use an adhesive to help with both comfort
and confidence. In this market, it is important to uphold standards of
both texture and adhesive properties. Otherwise, customers will be
uncomfortable at best, or if they rely on adhesive for denture
retention, face the embarrassment of dentures becoming unattached during
the day should the adhesive fail.
For reliable and reproducible results from fracture testing, some basic rules must be taken into consideration.
Biological
materials are notoriously variable in their morphology and structure.
Variation can occur not only at any or all of the hierarchical levels
from the molecular, through to material and structural level, but also
within the entire test specimen and even between specimens.
Wedge
penetration, a type of crack opening test that is particularly
suitable to testing fruit and vegetables, cheese, stiff gels and cooked
meats, involves a wedge driven into a block of material.
The
dimensions of the test specimen affect the results and so it is
important to use reproducible rectangular blocks. This test is similar
to a tensile test but instead of the two halves of the specimen being
pulled, they are pushed out by the penetrating wedge. The two halves
bend outward storing strain energy.
At
the point of fracture this energy is fed to the tip of the wedge where
stress concentration is highest and a free running crack starts and
propagates ahead of the wedge.