Corporate Office
D-95, Sector 2, Noida, Uttar Pradesh - 201301
CIN : U51109KA2012PTC04307
For queries: call @ +91 1800 103 7085
Corporate Website: www.karam.in
CIN : U51109KA2012PTC04307
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KARAM Products are certified to ISI (Bureau of Indian Standards) along with various International Standards like CE (European), ANSI (American), AS/NZS (Australia/New Zealand), CSA (Canadian), ATEX and UIAA etc.
Personal Protective Equipment (PPE) must be worn in any activity or industry where individuals may encounter harmful physical, chemical, ergonomic, mechanical, or biological risks: Activities: Manufacturing and Construction, Painting, Repairing, Welding, working near sharp edges, Drilling, Mining, Handling sharp objects, Glass and metal sheets, Assembly tasks, etc. Sectors: Healthcare, Construction, Automotive, Energy, Manufacturing, Transportation, Agriculture, Pharmaceuticals, Textile etc.
PPE must always be used when the user is exposed to injurious physical, chemical, ergonomic, mechanical or biological hazards. Also, Employees must use PPE as outlined in their workplace guidelines, which should follow government protocol.
Yes! PPE user needs to be trained on the following:
Yes, there is a duty on employees, having regard to their training and instructions, to wear/use the correct PPE. As per Factory rule 1950, employees should:
According to the BS 8437:2005 and EN 365, it is mandate that the PPE should be inspected at least once in every 12 months (from the date of first use). Inspection should be conducted by Authorized Service Center or a competent person appropriately authorized by the manufacturer. However, It is recommended that the user should visually inspect the PPE before each use.
In case of any doubt arising about the condition PPE, it needs to be replaced immediately. There is no legislation or Code of Practice stating the life expectancy of any PPE. In general, it is recommended to follow the manufacturer’s instructions.
PPE can be certified by Bureau of Indian Standards and Internationally by 3rd party certification bodies such as SATRA, INTERTEK, APAVE, INSPEC, BSI etc.
Eye and face protectors with certification will invariably feature stamped or engraved certification markings on both the lenses and the frames, including the front and temples.
The comprehensive training on eye and face protectors is mandatory for users.
If your glasses fog up when wearing a mask, it could indicate an improper fit. Consider using a mask with an adjustable nose clip. After putting on your mask, adjust the nose clip to ensure a snug fit across the bridge of your nose. This will help prevent warm breath from causing fogging on your lenses.
KARAM Products are certified to ISI (Bureau of Indian Standards) along with various International Standards like CE (European), ANSI (American), AS/NZS (Australia/New Zealand), CSA (Canadian), ATEX and UIAA etc.
No. Health officials do not recommend Face Shields as a substitute for masks. A right N95/FFP 2 /surgical mask is required to provide the optimum level of protection against covid-19. However, those who want extra protection may want to wear a face shield in addition to a mask.
Gently clean both the interior and exterior of the face shield with a clean cloth soaked in a mild detergent solution, disinfectant wipe, or hospital-grade disinfectant, all while wearing gloves. Fully dry (air dry) or use a clean absorbent towel to wipe the residue. Remove gloves and perform hand hygiene. Face Shields must be stored in a clean dry area away from sunlight, not subjected to extremes of heat, cold or humidity. It is recommended that only standard packaging provided by manufacturer should be used for Storage of Face Shields.
Yes, you can buy authentic safety shoes from online company websites like karam.
Yes. A certified Safety Shoes will always have certification marking on it.
Different Safety Shoes have different shelf lives.
Yes, we have many models of Safety Shoes especially designed for working with oil and acids.
Steel toe cap is designed to protect your foot from unanticipated injuries.
The Safety Shoes you choose will depend on the area of application and level of protection you need while taking into account comfort and aesthetics as well. Also, remember to buy a certified safety shoe only.
Sizes are mentioned under the sole. Refer it for better fit.
There are two kinds of toes in Safety Shoes- Steel and Composite toe.
Safety shoes can be certified from ISI (Bureau of Indian Standards) and CE (European) standards.
Composition of a shoe sole-PU, PU/PU, PU/Nitrile, PU/TPU, EVA/Rubber, Nitrile.
Polyurethane is a chemical in liquid form and is used for making shoe soles.
The TPU, crafted from thermoplastic polyurethane, serves as the outsole of a shoe.
Benefits of TPU:
Nitrile Rubber Sole is made from a type of higher heat resistant rubber which can sustains surface resistance to hot contact upto 300 degree C for one minute. Also, shoes with this sole are lightweight, flexible and offers good slip, tear, oil and abrasion resistance.
Shoes having Single Density Sole are injection moulded once onto the Shoe. Single Density outsole imparts high level of energy absorption. Shoes having Double Density Sole are injection moulded twice onto the Shoe. These Double Density outsole offer excellent abrasion resistance, slip resistance, extra comfort and flexibility
Antistatic non-woven Insole and Puncture resistant Insole made from Aramid
These protection classes, as outlined in EN ISO standards, indicate the level of hazard that the shoe guards against.
S1 - As well as basic toe protection and slip-resistant sole, S1 means the shoe also has antistatic protection, is oil resistant and offers energy absorption in the heel. Other safety features may be added.
S2 - All of the features as S1, along with waterproof exterior so prevents water penetration and offers absorption in the upper shoe.
S3 - All of the features as S2, along with midsole penetration resistance. in simple words, these shoes are puncture proof. For example, A steel midsole acts as a barrier, ensuring that sharp objects cannot penetrate the sole.
Eye protection protects the wearer's eye from chemical splashes, laser radiation and/or flying debris. Face protection is achieved by wearing face shields. These shields extend from the eyebrows to below the chin and across the width of the wearer's head. Face shields protect against potential splashes or sprays of hazardous liquids.
Employees who require prescription lenses during tasks involving eye hazards must either utilize protective eyewear specifically designed to accommodate their prescription or wear safety goggles that can be comfortably worn over their prescription lenses without displacing them.
Yes, they can. As there are safety spectacles especially designed for people who wear prescription glasses.
Yes. You may do this. After every use, it's necessary to sanitize any protective eyewear shared among employees. If the goggles or glasses aren't customized for specific corrective lenses and are disinfected between uses, multiple employees can utilize the same pair.
The best defense against eye injuries is to prevent them. Ninety percent of trauma-related blindness can be prevented by using simple precautions, such as using protective eyewear. You need to protect your eyes from the sun as well. Use sunglasses whenever going outside, even when the sky is overcast.
Workplace eye protection is needed in the case of the following potential eye hazards: Projectiles (dust, concrete, metal, wood and other particles), Chemicals (splashes and fumes), Radiation (especially visible light, ultraviolet radiation, heat or infrared radiation, and lasers), Bloodborne pathogens from blood and body fluids. Occupations with a high risk for eye injuries include: construction, manufacturing, mining, carpentry, auto repair, electrical work, plumbing. Welding, maintenance etc.
Three main types of eye protection exist, based on the area of application and usage. These are Safety eyewear, Goggles and Face Shields. Choose the one which is certified and provides the optimum level of protection.
The most common eye disease associated with near-infrared radiation is cataracts. Prolonged exposure to IR radiation causes a gradual but irreversible opacity of the lens. Other forms of damage to the eye from IR exposure include scotoma, which is a loss of vision due to damage to the retina. Even low-level IR absorption can cause symptoms such as redness of the eye, swelling, or hemorrhaging.
Clean safety eye-wear with mild soap and water. Wash lenses with water before wiping. Store eye protection preferably in a clean dust-proof case o Replace the safety eye, if lenses are scratched or pitted.
Yes. There are so many options available in the market with different make-material and coatings to suit different working conditions.
Glove tested to the EN 388:2016 standards passes the specific test of puncture resistance . Also, the certified gloves will always have the performance level rating as a marking on it.
Palm-dipped water-based polyurethane-nitrile coating are flexible, resist oil and water, and provide a secure grip. Water-based polyurethane-nitrile coatings are dimethylformamide (DMF)-free, making them more environmentally friendly. Whereas, Polyurethane Gloves are highly flexible, comfortable and provide a perfect grip in dry environments.
Mostly, knitted cut resistant gloves are cut resistant all over and not just on the palm. The HPPE or Aramid liner gives the gloves its cut resistant property. The coating provides a better grip and good level of protection from abrasions, cuts, and snags, oils and chemicals.
HPPE gloves are made from high performance polyethylene yarn specially designed to protect the hands from cuts and abrasion. These gloves are machined knitted gloves woven with other fibers for enhanced level of protection.
A helmet certified to either EN 397:2012+A1:2012 or IS 2925:1984 is tested for various stress parameters defined in these standards which help the users with effective protection.
Safety Helmets can be certified to EN 397:2012+A1:2012 (European), IS 2925:1984(Indian) and ANSI/ISEA Z89.1-2009(American) Standards
Typically, hard hat manufacturers advise replacing hard hats every five years, irrespective of their outward condition. For those operating in harsh environments like high temperatures, chemical exposure, or prolonged sunlight, it's recommended to replace hard hats every two years.
Nothing, as it can reduce the effectiveness of a safety helmet.
Helmet should adhere to the following colour scheme on sites : White - for site managers, competent operatives and vehicle marshals Black - for site supervisors. Orange - for slingers and signalers. Blue - for all other site visitors.
According to OSHA It is recommended not to use adhesives or stickers on Safety Helmet unless you receive specific approval by the manufacturer.
As per OSHA, safety helmets should be worn the way they were designed unless the manufacturer certifies that a it can be worn backward.
You can gently cleanse your safety helmet using lukewarm, soapy water and a soft cloth. If your helmet remains filthy, replace it. Using dissolvent for cleaning is not recommended.
You can gently cleanse your safety helmet using lukewarm, soapy water and a soft cloth. If your helmet remains filthy, replace it. Using dissolvent for cleaning is not recommended.
Regularly clean safety helmets with warm water and soap, ensuring they are stored in a clean, dry spot away from direct sunlight and extreme temperature or humidity fluctuations. If a helmet displays any cracks, dents, or signs of wear and tear, promptly replace it.
Here are some signs that tell you if the noise in the work environment is too loud.
Sound-level meters gauge noise levels, quantified in decibels or dBA. Increased noise levels correspond to heightened sound intensity. You can comfortably listen to sounds registering at 70 dBA or below for extended periods. Exposure to sounds reaching 85 dBA can potentially cause hearing impairment if sustained for over 8 hours. Noise levels surpassing 85 dBA pose a swifter risk to hearing health. For each 3-dB escalation in noise levels beyond 85 dBA, the safe listening duration is halved.
To protect your ears during loud activities and events, move away from the source of loud noises and try to take a break from the noise every 15 minutes. Give your hearing about 18 hours to recover after exposure to extremely loud noise. Consider wearing earplugs.
Ensuring the appropriate use of hearing protection is crucial to prevent excessive exposure to noise. Selecting the correct hearing protection gear is essential, especially in various industrial settings. Tailor your choice based on the specific environment. For instance, opt for ear plugs during grinding, drilling, milling, or in the newspaper and press industry. Ear muffs are better suited for industrial applications such as agriculture, construction, and heavy machinery operations.
Ear Plugs are an ideal choice for Ear Protection during long hours of exposure in areas prone to a high decibel sound. They are inserted inside your ear, with the purpose of blocking your ear canal. Ear Muffs are versatile, apt for usage during a shorter duration of exposure to unwanted sound and come with different features, like helmet-mountable, foldable etc.
Wipe dirt or debris from earplugs before reusing. You can clean the Ear Muffs by cleaning it with warm soapy water. Replace foam Earplugs and Earmuffs when they become damaged or when they no longer recover to their original shape, softness or expansion characteristics . Store Ear Plugs or Ear Muffs in their original packaging or in a clean and dry polybag.
People regularly subjected to loud noises face an increased likelihood of experiencing lasting harm to their hearing. People who work in noisy environments (e.g construction and manufacturing), regularly participate in noisy activities (concerts, hunting, riding motorcycles) or are employed in professions where sudden loud noises are common – such as law enforcement and the military should use proper ear protection have their hearing checked once a year.
Yes, noise-induced hearing loss is common with the age.
A full body harness can be used when the user is working at height, ideally at more than 2 meters above the ground level or any working surface, or in any situation where the user is exposed to a risk of fall.
There are many types of full body harnesses with respect to their usage and are of application. As per Indian Standards-IS 3521, the harnesses are classified as Classes-A, D, E, L & P. In the same way, EN as well ANSI standards give different categorization depending on the usage of harnesses.
Any space which meets any or all three following criteria would be referred as ‘Confined Space’:
Examples of Confined Spaces include chamber, tank, pit, well, sewer, tunnel, pipe, boiler, shaft or silo.
The normal winch used for lowering or raising a user while working in confined spaces is called two-way winches. 3-way winches also act to fall arrest in addition to lowering or raising the user.
Yes. SRL ( Self Retracting Life lines) is a fall protection device. It is an ideal choice in conditions where the dall clearance distance is less. In case of a fall the self braking system within the Block activates and locks the fall immediately.
As per EN 795, the anchors should be able to withstand a static load of 12kN.
Components of a PFAS (Personal Fall-Arrest System): A-Anchor, B-Body Support ( Full Body Harness) C- Connecting element/connectors and D- Descent devices for rescue constitute the Personal Fall Arrest System. In addition to these, E- Education or training should also be considered.
The shock-absorbing lanyard dampens impact during fall arrest, effectively restricting force to under 6kN.
As per the standards outlined in BS 8437:2005 and EN ,365, it is a requirement to conduct inspections on the harness at least once every 12 months, commencing from the initial date of use. Inspection should be conducted by KARAM Authorized Service Center or a competent person appropriately authorized by the manufacturer. However, It is recommended that the user should visually inspect the PPE before each use.
This is the storage life of the product before it is put to first use. Shelf life starts from the date of manufacture until the date of first use. Refer to the user instruction manual provided by the manufacturer.
As per EN 795 :2012, there are 5 types of anchor devices: A, B,C, D & E. Out of these only B & E Anchor devices are considered as PPE.
Harness selection is based on applications like fall arrest, suspension work, rope access or rescue and along with area of application as well. Based on these two criteria one can select harness as per his need and requirement
A person can fall even while walking on slippery surfaces. Fall protection can be used anywhere where there is risk of fall by slip, trip or from height.
Both can be used depending upon the application. If the fall clearance distance is not available, it is always advised to use a Self Retracting lifeline. Energy absorbing lanyard extends by deploying during fall so there can be a risk of fall on ground if being used at a place where fall clearance of atleast 6m is not available.
According to the BS 8437:2005 and EN 365, it is mandate that the Harness should be inspected at least once in every 12 months (from the date of first use). Inspection should be conducted by Authorized Service Center or a competent person appropriately authorized by the manufacturer. However, It is recommended that the user should visually inspect the PPE before each use. There is a full list of parameters for inspection like: cut/ abrasion/ discoloration/ burns etc.
Rope inspection is done visually and by touching. It can be done only by a competent person or team authorized and trained by the manufacturer. There is a full list of parameters for inspection like: cut/ abrasion/ discoloration/ burn etc.
Harness selection is based on applications like fall arrest, suspension work, rope access or rescue and along with area of application as well. Based on these two criteria one can select harness from a wide range of harnesses of KARAM.
The choice of lanyard is contingent upon both the existing anchor structure and the required fall clearance distance. It's crucial for users to guarantee they won't reach the ground should the lanyard deploy after absorbing a shock. Additionally, the specific application area plays a significant role. Depending on where it will be used, users can opt for a restraint lanyard, work positioning lanyard, or fall arrest lanyard.
Karabiners are classified as per the usage: Classes M,B,A,T & Q
Lanyards can be made up of polyamide twisted rope, Kernmantle rope or polyester webbing.
Lanyard attachment means the attachment arrangement in which one end of the lanyard is connected to the user's harness and another end to the anchorage point. There are different combinations possible depending on the structure available at site.
Restraint Lanyards: These Lanyards can be used to restrain movement of users so that fall doesn't happen.
Work positioning Lanyard: These are used in applications where the user has to perform a task at height and wants his hands free by positioning himself safe at height.
Fall arrest lanyards: These lanyards are used when working at height and there is risk of fall. These lanyards have energy absorbers which act to absorb shock of the user in the event of fall.
Not all Fall Protection Harnesses can be used for rescue. For carrying out rescue activities, Harness should have attachment points on sternal and ventral position along with attachment point on dorsal position.
Certified Harnesses are equipped with fall arrest attachment points. For carrying out rescue activities, harness should have attachment points on sternal and ventral position along with attachment point on dorsal position.
Not necessarily. Shoulder D rings act just to lower down or raise the user up from confined space. For complete safety we should have harness with other attachment points too for example Dorsal D ring, Sternal D-ring etc.
The very first thing is to bring the victim down on the ground from a hanging position. Once the victim is brought down, immediately give him basic first aid and inform the officials. In severe cases, call medical help from the nearest medical Centre/ hospital.
ABCD: A-Anchor, B-Body Support (Full Body Harness) C- Connecting element/connectors and D- Descent devices for rescue constitute the Personal Fall Arrest System. In addition to these, E- Education or training should also be considered.
Tie-back lanyards can be wrapped around a structure like scaffolding and beams and hook onto itself – creating an anchorage point without the anchor.
Store the equipment in a well-ventilated area away from heavily acidic or basic environment. Avoid placing heavy objects a top it. Also ensure that it is stored away from chemically hazardous environment preferably stored in a dry environment.
People above the age of 2 and more should wear a mask.
N95 respirators are considered respiratory protection. If worn correctly, N95 respirators offer excellent protection upto 95% against COVID-19 due to their advanced filter material and snug fit feature A Surgical mask is meant to be used by medical personnel during surgeries Face coverings are not considered respiratory protection. Made from cloth it does not efficiently filter Covid-19 as it does not have filtering fabric.
Only reusable mask should be washed whenever it gets dirty. Reusable mask can be washed with tap water and soap and can be hanged in direct sunlight to dry completely.
Reusable masks can be cleaned with warm soapy water, disinfectant spray or in a washing machine whenever it gets dirty. If you have a disposable face mask never attempt to wash it.
You have the option to temporarily stow your mask for future use. Ensure to properly remove your mask and wash your hands after handling a used one. Keep it in a dry, breathable bag (like a paper or mesh fabric bag) to keep it clean between uses.
Ensure the Mask should perfectly seal your nose and mouth and takes the shape of your face perfectly.
Conduct the fit test by exhaling to check whether the Mask has sealed completely. There should be no air leaks.
Only reusable mask you can re-used. Surgical mask should be change after every use. N95 and FFP Mask can be worn for for a total of 12 hours.
No. it is strictly not recommended to pull or remove your mask while talking as it can defeat the purpose of wearing a mask.
As per Covid-19 guidelines, children above the age of 2 are recommended to wear the mask. It is important for parents to follow local and state requirements for masking in any situation.
A respirator is a type of PPE designed to protect the wearer against the inhalation of hazardous fumes, vapors, gases and particulate matter such as dusts and airborne micro organisms.
The disposable particulate respirator can be worn for a total of 10-12 hours and should immediately be discarded when Mask filters gets clogged with dust particles which is indicated by increase in breathing resistance
Facial hair, like beards, can potentially hinder the sealing of Mask over the face. To have a better fit, people with beards can shave their beards or trim their beards
Some people are allergic to the protein component of natural latex. Therefore its advice to use a product which is made up of latex free components.
You can store your mask temporarily to reuse later. Remove your mask correctly and wash your hands after touching a used mask. Keep it in a dry, breathable bag (like a paper or mesh fabric bag) to keep it clean.
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