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Warning over millions of unsafe goods entering our ports
Latest figures from National Trading Standards reveal nearly two million unsafe or noncompliant products were identified between April and December 2014.
Children’s toys, cosmetics and DIY products are biggest offenders Children’s scooters, beauty products and LED lights are among 1.9 million items that were intercepted at entry points in England and Wales between April and December 2014, estimates from National Trading Standards reveal.
The new figures, which equate to more than 6,500 detained items every day, are thought to be the ‘tip of the iceberg’ as consumers are urged to take extra care when shopping online.
During the nine-month period analysed by National Trading Standards*, nearly two in five interventions by its Safety at Ports and Borders teams identified products as ‘unsafe or noncompliant’, meaning they posed a risk to the health or safety of consumers. Taking these products out of the supply chain is estimated to save the UK economy over £57 million** in potential costs of injuries, fatalities or fires.
Items detained by the NTS Safety at Ports and Borders teams, who work across 14 local authorities at ports, airports and postal hubs, included 397 home tooth whitening kits containing unsafe levels of hydrogen peroxide, thousands of cosmetic products like shampoo, skin lightening cream and body lotion, LED lights, children’s scooters and other toys.
With consumers increasingly shopping online and searching for a bargain, National Trading Standards is urging everyone to think before they buy and has produced a checklist to help people shop more safely. Top tips include checking out the reviews of the product you want to purchase – or the seller you wish to buy from – and checking that there is a way to contact the seller offline.
To support the work of the NTS Safety at Ports & Borders teams, more funding is being channelled to the teams following a grant from the Department of Business, Innovation and Skills.
Products detained by NTS Safety at Ports and Borders teams include: Between July – November 2014, 64% of LED lightbulbs tested across various UK border points were found to be unsafe or noncompliant
In Coventry, parcels containing 397 home tooth whitening kits that contained 61 times the permitted amount of hydrogen peroxide were detained
Nearly 1,000 chainsaws imported from China were seized and shown to have a number of crucial faults, including brakes that did not work when the engine was running and a ‘kill switch’ which did not stop the engine immediately
20 unsafe children’s scooters were detained by teams in Suffolk, as well as aquarium lights, electrical chargers, black henna and skateboards
Since April 2013, 9,809 carcinogenic skin lightening creams have been intercepted at Tilbury and Gateway ports
Between April – December 2014, 670,891 cosmetic products including shampoo, skin whitening cream, soap, skin lightening oil, henna products, body lotion and face cream were identified at UK border points as unsafe or noncompliant.
Source: ITV REPORT, 6 March 2015 at 11:44am
The tForce Smart PIR Motion Sensor LED Tube fits into your exiting fluorescent T8 light fixtures Simply replace the tube and starter and you’re done! It is an ideal lighting solution for areas such as car-parks, corridors and storage areas. How do you position the sensors in all areas so people don’t accidentally get left in the dark at their car? The Smart LED Tube addresses this issue by distributing the sensor technology to each and every light bulb. This way lights are only on in the areas which are actually occupied. Installer can pre program the Time Delay, Lux Level and also rotate the endcap to make sure the lighs are only on the correct areas. Compared to conventional fluorescent tubes, the tForce Smart T8 LED Tube with PIR motion sensor will save over 90% of operational energy usage. They remain in standby (sensing) mode and still emit 10% of their total light output (or up to 40%)
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This GU10 LED spotlight is marketed as giving a lot of light at low cost, but the adverts don’t mention that it’s an incredibly dangerous product! When you hold the metal casing to insert the light, there’s a 50% chance that live mains will be within a few microns of the casing. Since there’s no earth, you have no protection from that charge.
Basically, using this product is equivalent to playing Russian roulette with 240v AC mains. LED products are safer on balance, but products like this give the technology a bad name. Steer clear, the money saved isn’t worth the risk of harming yourself, your employees or your family.
Given the risks associated with shoddy LED products, it’s essential to purchase safe, high-quality products rather than buying from cheap providers who skimp on safety. TForce LED enforces tough safety standards so we can guarantee that our products are high-quality and 100% safe.
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The Purpose Of Using LED Lights
Nowadays, more and more people are talking about the hot topics of energy saving, on the purpose of protecting our planet which is being dried up. At the same time, people are aiming to save as much as money that is rolling out from their pockets under the current economics situation.
Among those subjects, LED lighting is no doubt to be one of the efficient ways to conserve energy and money. There have been many different types of led lighting fixtures available on the current market to replace the traditional “old-style” lighting fixtures. Most of the led lights are designed to have the same interface as that of the traditional lighting fixtures, on the purpose of fitting the led lights into the existing fixtures.
The Design Of LED Tubes
However, in fact, this is really not rational and scientific designs. In order to cater to the existing fixtures, the designs of LED lamps have been greatly hampered. For example, most of the LED globe light bulbs are still having old lamp base like E27 or B22 etc. However, such lamp bases are actually not good options for the led light bulbs when considering the heat dissipation issues which is crucial in the design of led lighting fixtures. In a E27 or B22 style LED bulb, the LED driver is being placed in a very limited space, which is not good for heat dissipation at all. However, such kind of designs are involuntary as the primary issue is the consumers. Only the consumers are willing to use, LED lights can move forward. As a result, easy installation has to be considered during the development of the led lighting fixtures. Therefore, this is considered to be some kind of compromise.
LED tubes would be a product of one of such compromises. LED T8 tubes follow the traditional T8 fluorescent tubes, using G13 standard interface and pins. So that the led tubes can be used to replace the conventional fluorescent tubes very easiy.
In addition to the exact same interface, the length of the LED tubes have to be consistent with the old-styled fluorescent tubes. Thus, the typical length of the led tubes you can see would be 600mm (2ft), 900mm (3ft), 1200mm (4ft), 1500mm (5ft), 2400mm (8ft). In most of the countries and areas, 600mm (2ft) and 1200mm (4ft) tubes are commonly seen. But in some countries, 1.5m (5ft) tubes can be seen more often, for instance, in the UK. In Japan, many factories or commercial buildings are using 2.4m (8ft) tubes for lighting. LED tubes follow the rules too.
There are some advantages of using led tubes to replace fluorescent tubes, among the key points, energy saving is of course a crucial one. With high efficiency, LED tubes can consume about 40% of electricity to provide equivalent light output to a fluorescent tube. The typical replacements would be: 8-10W LED tube to replace 20W fluorescent tube; 16-18W LED tube to replace 40W fluorescent tube; 24-26W LED tube to replace 60W LED tube, and etc. And as a matter of fact, in pratice, the LED tubes have better performances than the conventional fluorescent tubes. And as the LED technologies developing, the advantage of LEDs will be bigger and bigger. efficiency will be higher and higher. One should not be surprised if one day, you are told that a 40W fluorescent tube can be replaced by a 4W LED tube. But of course, when that day comes, the fluorescent tubes had long been wiped out and become a exhibit in the museum.
The Working Lifespan
The working lifespan of a traditional fluorescent tube is around 5,000 hours. In pratice, one fluorescent tube needs to be replaced not longer than one year if the tube is working for long hours every day. Plus, frequent switching can easily damage a fluorescent tube. While, it is not difficult for a decently designed LED tube to be working longer than 30,000 hours, and even longer. And, frequent switching is not an issue to LED tubes.
The Light Quality
The light source types of fluorescent tubes and LED tubes are different, one is multi-directional light source, and the other is directional light source. As a result, all directions around a fluorescent tube are lighting up in the same degree when a fluorescent tube is turned on; while, led tubes are more concentrated, you will find the front of a led tube is the brightest, and the back of it is much be darker. This is also the reason why LEDs are more efficient, as much light as the fluoresent lamps do.
The colour temperature of a traditional fluorescent tube is typically 6500K, that is called cold white. While for LED tubes, the colour temperature usually could be from 2500 to 7000K. The most commonly seen light colour temp is 2800 to 3300K which is known as “warm white”, 4000-5000K which is known as “neutral white” and 5500-6500K which is known as “cold white” (or “cool white”).
The typical CRI (Color Rendering Index, “a quantitative measure of the ability of a light source to reproduce the colors of various objects faithfully in comparison with an ideal or natural light source” – definition by Wikipedia.) of conventional fluorescent tubes is around 65. While, LED’s CRI can be from 70 to 85 and even higher. Higher CRI enables LED tubes to have better performance of reproducing the colour of the objects.
Know more about LED Tubes.
The 2030 policy framework for climate and energy proposed by the European Commission aims to make the European Union’s economy and energy system more competitive, secure and sustainable.
While the EU is making good progress towards meeting its climate and energy targets for 2020, an integrated policy framework for the period up to 2030 is needed to ensure regulatory certainty for investors and a coordinated approach among Member States.
The framework presented by the European Commission in January 2014 seeks to drive continued progress towards a low-carbon economy. It aims to build a competitive and secure energy system that ensures affordable energy for all consumers, increases the security of the EU’s energy supplies, reduces our dependence on energy imports and creates new opportunities for growth and jobs.
EU leaders agreed in March 2014 to decide on the framework in October 2014 at the latest.