Since its establishment in 2015, Rifa Safety has focused on providing high-quality workplace safety solutions and has built a reputation as one of the top suppliers of industrial safety gloves in the Indian market.
The group has its roots dating back to 1980 as one of the pioneer in manufacturing of gloves founded by Mr. Farooq Abdullah, a first-generation entrepreneur, Rifa Safety is now in its third generation and continues to expand into new products while maintaining its primary focus on delivering the best quality safety solutions.
Rifa Safety Headguard is 100% made in India with every component processed in-house following rigorous quality checks to ensure our high product standards.
Every process, from moulding to ultrasonically welding the straps, is done in-house with ongoing quality checks throughout. Rifa Safety Helmets are:
DURABLE made of Virgin Polypropylene Co-Polymer, one of the toughest and most reliable materials for
safety helmets.
COMFORTABLE with 4-point anchorage with adequate internal ventilation to enable smooth airflow.
WELL FITTED with Nape and Cradle made of Soft LDPE and well designed ratchet and pin lock system to ensure the most comfortable and well-fitted skin contact.
Rifa Safety has established a state-of-the-art manufacturing facility in the heart of Vasai, equipped with a cutting-edge ISI testing laboratory where every parameter is rigorously evaluated beyond standard requirements. To further strengthen its supply chain, Rifa Safety is also setting up two additional units—one in Palghar and another in Taloja—each with its own independent ISI testing facility
The initial 6,000 sq. ft. facility is dedicated exclusively to the manufacturing of safety helmets, with plans to expand to a 60,000 sq. ft. facility by the middle of the next financial year and introduction of further variants in Helmets along with increased production capacity.
Rifa has further lined up manufacturing of Safety Eyewear and Ear Protection to its Made in India Product Portfolio and is expected to commence production for these items in the current financial year.
Built for protection, designed for trust Rifa Safety Products keeps you secure in every situation.
Rifa Safety HeadGuard Model RSH 101 comes with Pin Lock Nape Type Design
View Product
Rifa Safety HeadGuard Model RSH 201 comes with adjustable
Ratchet Design
Precision-tested, performance proven Rifa ensures every safety parameter meets the highest standards.
Measures the resistance to impact of the safety helmet when a striker of pre decided weight is dropped on the helmet from a predetermined height after the helmet was subjected to certain pre testing conditions.
| Discription | IS 2925 | EN 397 |
| Striker Weight | 3 kg | 5 kg |
| Drop Height | 1.5 Meters | 1 Meter |
| Resultant Energy Pre Testing Condition 1 |
Minimum of 5000 Newtons Temperature of 50°C +- 5°C for 4 hours |
Minimum of 5000 Newtons Temperature of 50°C +- 5°C for 4 hours |
| Pre Testing Condition 2 | Temperature of -10°C +- 2°C for 4 hours | Temperature of -10°C +- 2°C for 4 hours |
| Pre Testing Condition 3 | Water Flowing over the whole outer shell at room temperature for 4 hours at a rate of 1L per Minute | Fully immersing a helmet in Water |
| Pre Testing Condition 4 | Exposing the helmet to UV Light to simulate sunlight | |
| Ideal Result | Helmet should not crack and should survive the impact | Helmet should not crack and should survive the impact |
Measures the resistance with a pre-defined burner has been exposed to the shell under pre defined condition Electrical Resistance Measures the resistance of the helmet to high voltages.
| Discription | IS 2925 | EN 397 |
| Flame Height | 150 mm | 45 mm |
| Flame Temperature | 0.71 mm of the copper wire should melt within 6 seconds | Undefined |
| Ideal Result | Helmet should not burn for at least 5 seconds after the flame has been taken away | Helmet should not burn for at least 5 seconds after the flame has been taken away |
| Pre Testing Condition 1 | Temperature of -50°C +- 5°C for 4 hours | |
| Pre Testing Condition 2 | Temperature of -10°C +- 2°C for 4 hours | |
| Pre Testing Condition 3 | Fully immersing a helmet in Water | |
| Pre Testing Condition 4 | Exposing the helmet to UV Light to simulate sunligh |
Measures the resistance when a pre defined conical pointed striker has struck the helmet
| Discription | IS 2925 | EN 397 |
| Striker Weight | 0.5 kg | 3 kg |
| Drop Height | 3 Meters | 1 Meter |
| Striker Details | 36 Degree with a tip radius of 0.5mm | 60 Degree with a tip radius of 0.5mm |
| Pre Testing Condition 1 | Temperature of -50°C +- 5°C for 4 hours | Temperature of -50°C +- 5°C for 4 hours |
| Pre Testing Condition 2 | Temperature of -10°C +- 2°C for 4 hours | Temperature of -10°C +- 2°C for 4 hours |
| Pre Testing Condition 3 | Water Flowing over the whole outer shell at room temperature for 4 hours at a rate of 1L per Minute | Fully immersing a helmet in Water |
| Pre Testing Condition 4 | Exposing the helmet to UV Light to simulate sunlight |
Measures the resistance of the helmet to high voltages.
| Discription | IS 2925 | EN 397 |
| Test Voltage | 2000 Volts | |
| Time | 1 Minute | |
| Ideal Result | Less than 3mA of current leakage | Electrical Resistance is an optional requirement under |
| Pre Testing Condition | 18-24 hours in Pre defined salt Solution of 6gm/L of Water EN 397 |
Determines the capacity of the shell to withstand high temperatures
| Discription | IS 2925 | EN 397 |
| Heat applied | 93 °C | |
| Time | 15 min | Heat Resistance is an optional requirement under EN 397 |
| Ideal Result | Shell of the helmet should not deform, distort, disintegrate or soften |
Determines the load bearing capacity of the Chin Strap
| Discription | IS 2925 | EN 397 |
| Chin Strap Width | 20 mm | 20 mm |
| Load Applied | 10 kg | 150N to 250N @ 20N/m |
| Ideal Result | Strap should not break for 15 min | Strap should not withstand upto 150N and Break between 151N to 250Nh |
| Discription | IS 2925 | EN 397 |
| Time | 24 hours | |
| Procedure | Immersed in water per the procedure specified in the standard | Water Absorption is an optional requirement under EN 397 |
| Ideal Result | Average gain in mass should be less than 5% of the original weight |
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RIFA SAFETY PRIVATE LIMITED
Office: B1-506, Marathon Nextgen Innova, off Ganpatrao Kadam Marg, Lower Parel, Mumbai 400013 INDIA