Regardless of where we live in the world, we are all now
well aware of the new strain of Coronavirus (COVID-19) that is making its way
into all of our lives in one way or another.
While we don’t yet know all there is to know about this
virus, there are some very basic steps that we can take to help ensure that
ourselves, our families, workmates and people around us are as protected as
possible from coming into contact with, or spreading, this virus.
Not only that, but if we keep to our new hygiene regimes, we
will also help limit the spread of any other conditions such as colds and flus
Government guidelines are continuously changing and
updating, but the one constant piece of advice is that you must keep your hands
clean and avoid touching your face, eyes, nose or mouth.
Soap and water are the best way to keep your hands clean. Make sure you use a ‘hand-washing’ routine to ensure you get to every part of your hands and fingers. Singing a song to be sure you have spent enough time at the sink is a great idea. Staff may sometimes need a little prompt to keep up the routine regularly, so a poster informing them of the best way to wash their hands can help. Letting people know that you are on top of the situation, by placing a ‘Catch it, Bin it, Kill it’ sign is also another great idea. Keep your staff and customers safe and informed.
If you do not have easy and regular access to a sink, you can use a hand sanitiser gel. Make sure that it is over 60% alcohol / Ethanol content, to ensure that it will be effective. A range of 70% medical grade sanitisers are available here.
We are all hoping that this latest outbreak will disappear as quickly as it has arrived, but if you do need any help with signage or sanitising hand gel, TradeShopDirect can help.
There are a number of laws and commitments that every business has to adhere to, it just depends on what type of business you are. For instance, if you’re a company who produces a lot of chemical waste which could be damaging to the environment, you’ll obviously be held to a lot stricter standard than an organisation, for example, delivering letters. The type of waste from old parts washers has to be disposed of in specially-managed waste facilities. It is not possible to dispose of hazardous liquid waste down drains or landfills in the UK.
Why You Should Buy This Biological Parts Washer?
There’s an ever-increasing need for us all to abide by the law and become more environmentally friendly and aware, It doesn’t use chemicals and solvents, It ensures the health and safety of the operator and well-being of the planet because the microorganisms constantly clean the bath. It also reduces and saves you money in waste disposal.
Industrial Biological Parts Washer
This advanced Industrial biological parts cleaner degreaser solution for washing and cleaning industrial and commercial parts and components is warmed to 38°C, an ideal cleaning temperature for cleaning and degreasing parts (and using boost mode, you can increase this to 43°C if required), it has around a 30L bath and a brush for cleaning thoroughly between the parts. It’s a large parts washer, yet compact and robust. The heated parts washer benefits from a secure lid to limit any evaporation.
The biological degreasing parts washer solution, along with a microorganism concentrated tablets provides you with around a month of cleaning, at which point you add another microorganism tablet. The microorganisms continue to clean the solution, breaking down the contaminants, so you don’t have to drain the bath like you would a regular old fashioned parts washer.
The solvent-free biological parts washer and degreaser is designed with the operator in mind, has a bath level indication and a very easy to drain, the integrated system included.
Where Can This Parts Cleaner Degreaser Be Used?
The advanced, new generation parts cleaner degreaser is designed for use with many industries and applications where thorough cleaning and degreasing of oils and contaminants of parts is required, here are a few:
Metal Working; For cleaning and degreasing all types of parts, tools. Glass Works: Cleaning grease moulds, cutters. Electrical/Electronics: Degreasing of motherboards, electrical components, housing. Textiles: Cleaning combs and looms, removing textile oils, weaving filters. Vocational Training: Degreasing components and parts for cars, motorcycles, agricultural machinery. Plastics Manufacturers: Cleaning moulds, extractors, bearings, removing hydraulic oils. Paper Manufacturers: Removing ink from conveyor rollers, press rolls, degreasing casings and gears. Printing/Screen Printing: Removing ink, cleaning rollers, ink wipers, ink mixers, spray rollers, various surfaces.
Motorcycles: Degreasing housing of engines and transmissions, cylinder heads, pistons, valves, chains, sprockets, carburettor manifolds, forks, and shock absorbers and cleaning of other mechanical components. HGV’s: Degreasing gearboxes, diesel oil centrifuges, engine blocks and housing, cylinder heads, pistons, valves and cleaning of other mechanical components, Rail: Spark plugs, wheel bearings and cleaning of other mechanical components. Shipyards: Cleaning of mechanical components and engines and cleaning of other mechanical components. Public Transport: Fleet maintenance, bus, underground, tramway maintenance and cleaning of other mechanical components. Car: Timing covers, oil pans, clutch housing, gearboxes, cylinder heads, pistons, valves, chains, sprockets, carburettor manifolds, forks. alloy wheels, and shock absorbers and cleaning of other mechanical components.
Boats/Jetski: Maintenance of mechanical components, engine maintenance. Bicycle: Degreasing of chains and chainsets. Ski Resort: Degreasing and cleaning of rope grips for cable cars and chair lifts, cleaning of internal components and springs. Golf Courses / Racecourses: Maintenance of mowers, removal of oils, grass stains and cleaning of other components. Campers and Caravans: Highly effective on for removal of black marks on bodywork. Motor Sports: Timing covers, oil pans, clutch housing, gearboxes, cylinder heads, pistons, valves, chains, sprockets, carburettor manifolds, folks. allow wheels, and shock absorbers and cleaning of other mechanical components.
Degreasing of titanium prostheses. Removing polishing compounds.
Public Bodies And Authorities
Army & Police: Degreasing of arms and weapons and components, including barrel and breech. Cemeteries: Equipment Maintenance. District Councils: Cleaning of maintenance equipment, Refuse lorries, sweepers, mowers. Local services: Fleet maintenance, cleaning mower blades, hedge cutter blades, plastic housing, carburettors, chains, guides and casting on chainsaws, air filters and cleaning of various equipment, Forestry: Cleaning mower blades, hedge cutters, plastic housing, chains, guides and casting on chainsaws, air filters and cleaning of various equipment, Public Swimming Baths: Cleaning pumps, boilers and apparatus. Water Treatment Plants: Cleaning pump, filters and pipes.
Agriculture / Agro Food
Horticulture: Maintenance of agriculture equipment, Processing: Cleaning of pumps, milk treatment equipment, degreasing of metal moulds, degreasing of housings, plant maintenance conveyors, degreasing of gear reducers and effective cleaning of frying oils. Abattoirs: various cleaning of components.
Construction & Civil Engineering
Quarries: Cleaning of conveyors, degreasing of hydraulics systems, maintenance of site machinery and dust removal. Equipment Hire Companies: Maintenance of heat appliances, dust removal from housings and filters. Motorway Construction Companies: Vehicle and equipment maintenance. Tunnel Construction: Cleaning of conveyors, degreasing of hydraulics systems, maintenance of site machinery and dust removal.
Questions To Ask Yourself
Is it solvent free? Are there optimal hygiene and safety conditions? Remember that solvents affect health. Short-term effects of solvents can include; irritation of eyes, lungs skin, cause headache, nausea, dizziness and light-headedness.
Does It have consumable cost control and is it a low cost to run? Are there microorganisms that continue to clean the fluid, breaking down the contaminants so you don’t have to drain the bath like you would a regular old fashioned parts washer?
Does it minimise waste? Is it kind to the environment?
How To Buy The Parts Washer Degreaser
Finding the right environmentally friendly alternative to traditional solvent-based cleaners, couldn’t be easier,
Trade Shop Direct has always been at the front of offering great new products and support for our industrial and commercial trade customers and we are proud to say that we the UK reseller for the industrial biological parts washer and environmentally-friendly cleaning solutions. We have a great choice for the modern and savvy user of today.
We’re excited to now sell this new advanced biological parts cleaner and degreaser. Buy this Biological Parts Washer from us here and just leave the concentrated, biologically rich microorganisms, digest the oily wash water to constantly regenerate the bath in an environmentally-friendly way.
It is a legal requirement under the Oil Storage Regulations (OSR) and the Control of Major Accident Hazards Regulations (COMAH) to ensure that measures are in place to reduce the risk of accidental pollution. If you store or transport oil, fuel or other hazardous materials that could pose a risk to life or the environment you will need to have adequate spill control measures in place.
Spill control kits are readily available a range can be found on Trade Shop Direct these can include kits for small spills up to larger kits and pallets with sumps. You need to ensure that your spill control capacity is enough to handle a complete spillage, just in case a container is full when the spill occurs.
In order to contain the spill you may need additional items such as booms or drain covers to ensure the spill does not enter the environment via the drainage network, containment is the second step in handling a spill, (the first being personal protection, you must use PPE adequate for the spillage you are handling) once contained you can work on step three, removal.
Trade Shop Direct has a wide range of spill control products to ensure that you can stock the correct items needed to control a spill in your specific environment, in addition we can supply training courses on how to handle spills so that you and your staff know exactly what to do should the worst happen. please give us a call for more information 01353 665141.
It is amazing how many types of disposable gloves there are on the market, Nitrile, latex, vinyl, powdered, powder free and then there are the colours, which do you choose? With luck this blog will help explain the differences and allow you to make an informed decision on which to buy for the job in hand (punn intended).
Material – there are 3 types of material used for disposable gloves, Nitrile, Latex and Vinyl, but what is the difference?
Nitrile, is a synthetic rubber that contains none of the proteins that are present in natural rubber eliminating protein sensitisation that can occur in the wearer causing skin conditions and allergic reactions.
Latex, provides the characteristics of natural rubber in terms of being soft, pliable and strong, with exceptional elasticity, however there is a percentage of the population who are allergic to Latex, so this should be a consideration if buying for a workforce.
Vinyl, as with Nitrile Vinyl gloves do not contain the natural rubber proteins. Vinyl gloves are a cost effective solution if gloves need to be frequently changed.
Powder or Powder Free? Most of the time this comes down to personal preference, however there are other factors to be aware of. A powder free glove will be more expensive as they are harder to manufacture compared to powdered gloves. The powdered gloves make it easier to donn the glove and remove them afterwards, it will also help with perspiration. However, the powder free ensure less risk of contamination within a food or chemical environment and also lessen the risk of alergic reactions within the wearer.
Acceptance Quality Limit (AQL) – Gloves are tested within the factory using with air or water to check for microscopic holes. The AQL value is generated as a percentage of the chance that they might fail. If 100 gloves are tested and 1.5% have microscopic holes, then the AQL rating is 1.5. An AQL of 4 means there is a 4% chance of microscopic holes, so the smaller the number the higher the quality fo the gloves, if you are in a medical or chemical industry you would look to purchase gloves with the lowest AQL value.
Colour – This usually comes down to personal preference, however when it comes to the food or catering industry blue is required as any gloves that make it into the food can easily be visually detected you don’t find may food stuffs that are blue!
Still none the wiser in which glove to choose? You find the each industry has pretty much adopted their own colour and material, so other than the option of powdered or not, and the AQL value, this should help.
White Nitrile – Typically used in Dentistry, Hospitals and Pharmaceutical roles.
Black Nitrile – Typically used in the Automotive industry and Tattoo parlours.
Blue Nitrile – Used in most industries but a requirement for Food Processing and Catering.
Pink Nitrile – Typically used by Beauticians.
Latex – General cleaning usage, colour tends not to be important.
Vinyl – General usage as with the Latex, however the blue gloves are used in catering.
ONLY TRAINED & AUTHORISED PERSONNEL ARE PERMITTED TO LOCK OFF EQUIPMENT.
Prepare for shutdown.
Identify the type of energy used to operate the equipment.
Ensure that any secondary energy sources are also identified.
Identify the amount of energy used to operate the equipment.
Identify the potential hazards of that energy.
Locate the method of controlling that energy (switches, breakers, valves etc.)
Inform all affected employees.
Identify all employees who may be affected by the shutdown of equipment and inform them of the shutdown.
Ensure they know who is locking off the equipment and why.
Turn off the equipment.
Turn off the equipment using the operator controls
Follow the standard procedure for shutdown and ensure no-one is at risk when doing so.
Isolate all energy sources.
Ensure that ALL energy sources have been isolated.
Ensure that any secondary energy sources are isolated.
Ensure that ALL stored energy in the equipment is dissipated, e.g.
relieving trapped pressure.
releasing tension in sprints or block their movement.
block or brace parts that may fall due to gravity.
block parts in hydraulic and pneumatic systems that could move due to loss of pressure
bleeding, venting, flushing pipes with liquids or gases, ensuring appropriate precautions are taken against hazardous contents.
dissipating heat or cold and wear appropriate protective clothing.
Monitor and react to situations where stored energy can re-accumulate.
Lock off switches.
Lock off all switches or other energy controls (e.g. valves, circuit breakers) by using a suitable lock off device.
Only devices specifically designed for locking out should be used.
Each person working on the equipment should have their own personal padlock.
Each personal working on the equipment should place their padlock on the locking off device.
If the isolation device cannot support the number of padlocks needed, use a hasp or other suitable devices as necessary.
Apply purpose designed tags to the lockout to warn employees of the danger of the re-energising the equipment. These tags should be fit for purpose – durable, resistant to environmental conditions and attached securely to the lockout device.
Ensure the details of the tags are completed in full.
Test the equipment controls and circuits.
Make sure that all danger areas are clear from personnel and switch on the equipment.
Press ALL the start buttons or activation controls on the equipment to test the correct circuits have been isolated.
Test all of the circuits using the appropriate testing equipment to ensure that they have all been isolated.
Verify the main disconnect switch or circuit breaker can not be turned on.
When preforming the maintenance of the equipment ensure that your actions will not reactivate the equipment.
If modifying or installing new equipment ensure that your actions will not reactivate the equipment.
If modifying or installing new equipment do not bypass the lockout.
When maintenance is complete ensure the correct reactivation procedure is followed to ensure the safety of both the person(s) working on the equipment and any employees that may be affected.
Basically Lockout Tagout is a physical method of preventing equipment from being re-energised when it is unsafe to do so.
Every year a large number of workers are injured in industrial accidents resulting from the unexpected start-up of workplace equipment and machinery. By ensuring that Lockout Tagout procedures are followed the risk can be prevented and injuries minimised.
Lockout is a physical method of keeping equipment from being re-energised, stop any unexpected movement, prevent the release of stored energy including the flow of gases and fluids. For example, to isolate an electrical circuit turn the appropriate breaker to the off position and place a lockout device in place to keep in this position. A padlock is then put in place on the lockout device to ensure it can only be removed by the person who locked it off.
Tagout is a highly visible warning placed on the equipment which has been isolated. The tag should be of sufficient durability for the conditions, attached securely and proved details of the person who applied it. A tagout system should never be used without an appropriate lockout procedure as it does not provide the same measure of protection.
Lockout Tagout procedure should be followed during repair or maintenance of equipment where a worker could be injured by the unexpected start up of machinery. Depending on the type of machinery and energy source depends on which lockout device is used, energy can take many forms, which may include:
Electrical energy – commonly found powering nearly all workplace equipment.
Hydraulic energy – commonly found powering forklifts, cutting equipment and pumps.
Mechanical energy – commonly found in all machinery with moving parts.
Thermal energy – commonly found in equipment such as ovens or freezers (hot & cold).
Pneumatic energy – commonly found powering machinery via compressed air or gas.
Potential – commonly found in compressed springs or suspended weights.
Only trained and authorised employees are allowed to perform repairs, servicing and maintenance on equipment, and therefore training of all affected personnel must be arranged. This includes authorised employees who will be performing maintenance on the equipment as they need to recognise hazardous energy sources and the means necessary for isolation and control.
All other employees, contractors and visitors need to be made aware of the Lockout Tagout procedure with specific emphasis on the prohibition relating to attempts to restart or re-energise equipment which has been locked out.
Tags are an effective way of communicating the status of equipment which is undergoing maintenance. Appropriate tags should be provided by the employer and be fit for purpose, they need to be:
Durable and hardwearing
Resistant to moisture, oils and other contaminants.
Easy to read and understand
Identify the person who installed it
Be attached using a method which is secure and that cannot be easily released. They should also be able to be attached by hand and should not be re-used.
Tags should always be used in conjunction with an appropriate lockout device. In some instances where it is not possible to attached a lockout device then tags may be used if there is no other physical alternative of isolation.
Further information can be found in current UK legislation. This has been put in place to prevent such accident occurring by controlling unauthorised or accidental use of energy. The Provision and Use of Work Equipment 1998, Section 19 Energy and Electrical at Work Regulations 1989, Regulation 13 both specifically cover these aspects.
In addition The Health and Safety at Work Act 1974 and The Management of Health & Safety at Work Regulations 1999 both state that an employer should ‘make suitable and sufficient assessment of the risks to the health and safety of his employees’ and ensure their ‘health, safety and welfare at work’.
Also the Health and Safety at Work Act 1974 also states that it is also the responsibility of the employee to ensure the ‘health and safety of himself and of other persons who may be affected by his acts or omission of work.
Ensure your workplace environment and employees are safe and risks are minimised by following strict Lockout Tagout procedures. If you need help and guidance please call 01353 665141, our Lockout Tagout specialist will be happy to advise.
Did you know falling on slippery steps is the number one cause of accidents and injuries around the home; whilst we know salt is good in the snow and you can add grit to your steps in the winter it can be a messy old business.
To make your stairs and steps safer it’s a good idea to fix abrasive strips to each level. First you will need to make sure the surface is clean and dry, then simply attach a self-adhesive strip near the front of each step.
Our safety tread tape has a finely ground aggregate bonded to the surface to enhance the non slip properties and is available to buy by the roll, which is perfect for ensuring all of your outdoor surfaces are safe.
The textured tape is available in black, yellow & black chevrons and transparent (clear); it can be used inside and outdoors. Our anti-slip tape is suitable for pretty much any edge that needs to either be clearly visible or anti-slip including ladders, boats and decking areas. The exceptional high bonding properties of the tape makes it suitable for sticking to wood, metal, concrete and tiles.
Ensure your home and workplace is safe this winter and call us on 01353 665141 to place your order or ask for further advice.
It can be difficult to ensure that you provide all the necessary First Aid equipment within a business environment, this is why Trade Shop Direct has launched its First Aid Station.
The First Aid Station consists of a wall mountable information board with First Aid advice, Accident book holder and accident book, eye and wound wash bottles, first aider information and a Workplace first aid kit.
There are 3 options of first aid kit, a standard (green) kit, a catering (blue) kit with blue bandages and plasters. There is also a burn care first aid kit (red box) which contains burn related first aid equipment.
This First Aid station ensures that the necessary workplace regulations are met, including the Data Protection Act with regards to the Accident Book and personal data storage.