Get the best work safety boots Borderland Muff has to offer using our safety ratings guide
When it comes to workplace safety, having the right footwear is crucial. Whether you work in construction, manufacturing, or any other industry that requires protective gear, selecting the appropriate safety footwear can make a significant difference in preventing injuries. But how do you ensure you are getting the right safety footwear for the job?
Assess the Risks
Before purchasing safety footwear, it is essential to assess the specific risks associated with your job. Are you exposed to heavy objects that could fall on your feet? Do you work in an environment with slippery floors? Understanding the potential hazards will help you determine the level of protection you need.
Know the Standards
There are various safety standards that safety footwear must meet to provide adequate protection. Look for shoes or boots that comply with regulations such as ASTM F2413-18 for impact and compression resistance, as well as slip resistance. Ensuring that your footwear meets these standards will give you peace of mind while on the job.
Consider the Environment
The type of environment you work in will also influence the choice of safety footwear. If you work outdoors or in wet conditions, waterproof footwear with good traction is essential. For those working in environments with electrical hazards, insulated footwear with EH (Electrical Hazard) protection is a must.
Focus on Comfort
Comfort is key when it comes to safety footwear. Since you will be wearing these shoes or boots for long hours, make sure they fit well and provide adequate support. Look for features like cushioning, arch support, and breathable materials to ensure maximum comfort throughout the workday.
Consult with Experts
If you are unsure about which safety footwear is best for your job, don't hesitate to consult with experts in the field. Visit a specialized store where knowledgeable staff can assess your needs and recommend the most suitable options based on your specific requirements.
By taking the time to assess the risks, understand the standards, consider the environment, prioritize comfort, and seek expert advice, you can ensure that you are getting the right safety footwear for the job. Investing in high-quality safety footwear is an investment in your well-being and safety at work.
Safety Ratings Explained
Choosing the right safety footwear is important. All day comfort is also important however your safety is paramount. It is not just about toe protection , there are many additional levels of protection to think about. Underfoot protection, anti-static, water resistant these are just some you need to consider.
A large degree of workplace accidents involve slips and trips so the level of slip resistance should also be considered in your job role. Make sure you choose footwear that has the correct level of protection for your industry be it warehouse, electrician, driver, hospitality or heavy construction.
To get the best safety work boots Borderland has to offer use the safety ratings guide below to get the best work boot for the job
Safety Rating Guide
SAFETY RATINGS CE EN ISO 20345:2022
SB
· Basic safety protection.
· 200 joule toe cap.
SBP
· Basic safety protection.
· 200 joule toe cap.
· Steel Penetration Resistant midsole
SBL
· Basic safety protection.
· 200 joule toe cap.
· Non-metal insert type PL
SBS
· Basic safety protection.
· 200 joule toe cap.
· Non-metal insert type PS
S1
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
S1P
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Steel Penetration Resistant Midsole.
S1L
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PL
S1S
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PS
S2
· 200 joule toe cap.
· Closed seat region.
· Anti-static Energy absorption.
· Energy absorption of seat region.
· Water penetration and absorption.
S3
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Steel Penetration resistance
· Water absorption.
S3L
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PL
S3S
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PS
S4
· 200 joule toe cap.
· All rubber or all polymeric anti-static footwear.
· Energy absorption.
S5
· 200 joule toe cap.
· All rubber or all polymeric anti-static footwear.
· Energy absorption.
· Steel penetration resistant midsole.
· Cleated outsole.
S5L
· 200 joule toe cap.
· All rubber or all polymeric anti-static footwear.
· Energy absorption.
· Non-metal insert type PL
· Cleated outsole.
S5S
· 200 joule toe cap.
· All rubber or all polymeric anti-static footwear.
· Energy absorption.
· Non-metal insert type PS
· Cleated outsole.
S6
· 200 joule toe cap.
· Closed seat region.
· Anti-static Energy absorption.
· Energy absorption of seat region.
· Water resistance of whole footwear.
S7
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Steel Penetration resistance
· Water resistance of whole footwear.
S7L
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PL
· Water resistance of whole footwear.
S7S
· 200 joule toe cap.
· Closed seat region.
· Anti-static.
· Energy absorption of seat region.
· Non-metal insert type PS
· Water resistance of whole footwear.
Additional Safety Category Ratings
A
· Anti-static
AN
· Ankle protection
C
· Partially conductive footwear
CI
· Cold insulation
CR
· Cut resistant upper
E
· Heel energy absorption
ESD
· Electro-static dissipative footwear
FO
· Resistant to fuel oil
HI
· Heat insulation of outsole complex
HRO
· Heat resistant outsole to 300°c
LG
· Ladder Grip
M
· Metatarsal protection
P
· Penetration resistant midsole
PL
· Non-metal insert type 4.5mm diameter nail
PS
· Non-metal insert type 3.0mm diameter nail
SC
· Scuff Cap abrasion
WR
· Water resistant
WPA
· Water penetration and absorption
WRU
· Water penetration resistant upper
SLIP RESISTANCE
SR
· Slip Resistance. Tested on ceramic floor tile and glycerine.
SRA
· Footwear is tested on clay tiles with sodium lauryl sulphate solution and meets a minimum Coefficient (CoF) of Friction of 0.32 tested flat & CoF 0.28 tested at the heel. (CE EN ISO20345:2011)
SRB
· Footwear is tested on stainless steel with a glycerol solution and meets a CoF of 0.18 tested flat & 0.13 tested at the heel. (CE EN ISO20345:2011)
SRC
· Footwear indicates both SRA & SRB are met. (CE EN ISO20345:2011)
Our safety footwear has been manufactured in accordance with CE EN ISO 20345:2022 standards. The safety ratings below are a guide to choosing the correct footwear for your job requirement. The rating for each style is clearly marked on all footwear. It is always advisable that a risk assessment is carried out in order to achieve the correct rating required.
Hopefully this guide helps you find the best work safety boots Borderland Muff has!
