Synthetic Blood Penetration, ISO/FDIS-16603 (ASTM-1670), Results are passed class 3 to class 6. Resistance of Materials used in Protective Clothing to Penetration by Blood-Borne Pathogens using Phi-X174 Bacteriophage Penetration as a Test System (ASTM F 1671). Resistance to penetration by Blood Pathogen, ISO/FDIS-16604. Biologically Contaminated aerosols, ISO/DIS 22611. Dry microbial penetration test Penetration in log cfu, ISO/DIS 22612. Spray Impact Penetration test, EN 14605 + 1 Hydrostatic Head(mm H2O), EDANA 140.1 Viral Penetration Resistance. Fabric Breaking Strength (N/5cm),min,(MD/CD) ASTM D 5034. Bursting Strength (kPa), min, ISO 13938-1. Tear Resistance (Trapazoidal-N), ISO 9073 Air Permeability (I/m2/s), EN 20811.192.
FEATURES: Sanctum Work Wear Pvt. Ltd. stands out as a trusted leader in manufacturing and supplying premium quality PPE Kits (Personal Protective Equipment) designed to meet the rigorous demands of heavy industries, infrastructure, oil and gas, refineries, shipping and many other related industries. By utilizing, years of experience and innovation, our products offer superior protection against fire, electricity, chemicals and extreme temperatures, ensuring both safety and comfort for the workforce. Our focus on high quality and reliability ensures our status as a top partner for industries that value safety. By delivering consistent, high quality performance, we have earned a good amount of reputation as a preferred supplier across various industries.
Product Introduction:
Personal Protective Equipment (PPE) kits emerged as a crucial line of defense during the COVID-19 pandemic, aimed at protecting healthcare workers and other individuals from exposure to the virus. These kits were designed to safeguard against the respiratory droplets and aerosols that could carry the virus, thereby minimizing the risk of transmission in healthcare settings and beyond. The demand for PPE increased sharply during the pandemic as hospitals and frontline workers faced exceptional challenges in managing patient care while ensuring their own safety. As the virus spread globally, the importance of proper training in the use of PPE became apparent, as incorrect usage could compromise its effectiveness.
The development and distribution of PPE kits were critical not only for healthcare professionals but also for essential workers in various fields such as transportation, sanitation and retail. Governments and organizations around the world mobilized resources to ensure that adequate supplies were available, highlighting the importance of preparedness in public health crises. The pandemic also stimulated innovation in the design and manufacturing of PPE, leading to improved comfort and functionality. As the situation evolved, public health guidelines emphasized the importance of wearing masks in community settings, prompting many individuals to adopt PPE in their daily lives. This shift underscored the role of PPE in not just clinical environments but also in everyday activities, as people sought to protect themselves and others. Educational campaigns were launched to raise awareness about the proper use and disposal of PPE, further emphasizing its importance in controlling the spread of the virus. The experience gained during the pandemic has led to discussions about the need for ongoing investment in PPE and public health infrastructure to ensure readiness for future health emergencies.
Key components of a PPE Kit include the following:
1.Surgical Masks: Used primarily in healthcare settings to protect against respiratory droplets.
2.N95 Respirators: Provide a higher level of filtration compared to surgical masks, essential for healthcare workers in high risk areas.
3.Face Shields: Offer additional protection for the face and eyes, often used in conjunction with masks.
4.Gloves: Disposable gloves protect hands from contamination, especially during patient care or handling contaminated materials.
5.Gowns: Fluid resistant gowns protect the skin and clothing of the wearer from exposure to infectious materials.
6.Coveralls: Full body protective suits designed for high risk environments, offering comprehensive coverage.
7.Boot Covers: Used to prevent contamination of footwear and to maintain hygiene in clinical settings.
Advantages:
1.Infection Control: Significantly reduces the risk of virus transmission in healthcare and community settings.
2.Protection for Frontline Workers: Ensures safety for those who are most at risk during the pandemic.
3.Public Confidence: Enhances public trust in safety measures, encouraging compliance with health guidelines.
4.Versatility: Can be used in various settings beyond healthcare, contributing to broader public health efforts.
5.Enhanced Preparedness: The experience gained during the pandemic has led to improved protocols and stockpiling of PPE for future health emergencies.
