What Is OSHA 1910.134?

OSHA 1910 standards apply to general industry safety, with the subset 1910.134 defining the requirements workplaces need to meet to sufficiently protect employees from specific respiratory hazards.

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The Honeywell SCBA Rescission: What You Should Know
May 14, 2025 6:42 am Leave a Comment
Effective December 16, 2024, Honeywell rescinded the NIOSH approvals on some of their self-contained breathing apparatus (SCBA) units because of limited parts and support availability. In applications that require OSHA 1910.134 SCBA compliance to protect workers from respiratory hazards, the rescinded Honeywell SCBAs can no longer be used. If your organization relies on any of these devices, your safety team will need to create a Honeywell SCBA replacement plan that includes alternative products that comply with OSHA 1910.134 standards and NIOSH requirements.

OSHA 1910.134: SCBA Compliance Requirements

Respiratory devices and the organizations that use them need to meet very strict standards for worker safety. Learn more about OSHA 1910.134 SCBA compliance and how to attain it.

What Is OSHA 1910.134?

OSHA 1910 standards apply to general industry safety, with the subset 1910.134 defining the requirements workplaces need to meet to sufficiently protect employees from specific respiratory hazards. These hazards include:
- Dust
- Fog
- Fumes
- Gases
- Mist
- Smoke
- Sprays
- Vapor
If adequate engineering controls cannot be implemented in these workplaces, employers must provide workers with respirators that meet the OSHA requirements.

Key SCBA Compliance Rules Under OSHA 1910.134

OSHA 1910.134 compliance requires the following:
- Employers must provide NIOSH-certified respirators built to handle their specific workplace hazards.
- Employers must create a respiratory protection program that provides comprehensive medical evaluations, fit testing for respirators, training, and written documentation for standard operating procedures (SOPs).
- In environments with Immediately Dangerous to Life or Health (IDLH) conditions, employers must provide NIOSH-certified full-facepiece pressure-demand SCBAs.
How the Honeywell SCBA Rescission Affects Compliance

In the aftermath of Honeywell’s NIOSH rescission of specific SCBA units, these models no longer meet OSHA 1910.134 SCBA compliance requirements. Continued use of SCBAs that have lost their NIOSH approval is an OSHA violation and may lead to fines, legal penalties, and additional inspections.

NIOSH-Approved SCBA Alternatives to Honeywell

Organizations can protect themselves and their employees by immediately switching to NIOSH-approved SCBA alternatives. Conducting an internal audit of existing SCBAs and procuring suitable alternatives are the next steps for fast Honeywell SCBA replacement.

Why You Need to Replace Your Honeywell SCBA

Companies cannot use Honeywell SCBAs with rescinded NIOSH approval. The respirators are now unsuitable for use in hazardous or IDLH environments that demand OSHA 1910.134 SCBA compliance, and continued use puts employees at risk. To remain OSHA-compliant, organizations must turn to suitable Honeywell SCBA replacements that do have NIOSH approval.

Features to Look For in a Replacement SCBA

Procurement teams should consider the following criteria when sourcing replacement SCBAs:
- NIOSH certification for the intended applications
- OSHA 1910.134 compliance
- Reliability in hazardous conditions and robust construction
- Support from the SCBA manufacturer, including training, maintenance, and access to replacement parts
- Adjustable components that guarantee a secure, comfortable fit for users
3M^™ Scott^™ SCBA Solutions for Workplace Safety

Why Choose 3M^™ Scott^™ SCBAs?

3M^™ Scott^™ is a trusted respirator manufacturer of multiple SCBA models that comply with OSHA 1910.134 and have NIOSH approval. Switching to these SCBAs ensures worker safety, long-term performance, and continued OSHA compliance.

Top 3M^™ Scott^™ SCBA Models to Consider

3M^™ Scott^™ Air-Pak^™ X3 Pro SCBA

This model is designed for high-stress environments and is commonly used by industrial workers and firefighters. Key advantages include user comfort, in-built connectivity, and easy cleanability.

3M^™ Scott^™ Air-Pak^™ 75i SCBA

This economical model is built for industrial work. It includes essential safety features to protect workers and has a simple, streamlined design.

3M^™ Scott^™ Industrial SCBA

For general use across diverse industrial environments, this model is lightweight and versatile. It offers reliable protection and is ideal for transitioning away from non-compliant SCBAs.

Stay Compliant Post-Honeywell SCBA Ban With Jorgensen

Maintaining OSHA 1910.134 SCBA compliance is simple with convenient and dependable options from Jorgensen Company. We offer easy and fast access to new SCBAs that meet NIOSH and OSHA requirements, and can provide quantitative fit testing services before any new equipment is ordered to ensure an initial proper mask fit. Our team provides California’s San Joaquin Valley with high-quality safety products and solutions, including a wide selection of SCBAs, respirators, and eye and face protection.

Request service today to learn more about how Jorgensen can help you stay compliant with the right SCBAs.
Everything You Need to Know About a Bump Test
August 23, 2024 5:29 am Leave a Comment
Gas monitors are essential devices that allow companies in numerous industries to comply with safety standards. They monitor for potentially unsafe gas concentrations in the workplace and alert your systems and staff of probable leaks.

To reliably assure safety, however, it’s critical to frequently verify that your gas monitors are operating as expected. Bump testing is a method to check that these monitors will respond appropriately should harmful concentrations of gas be present. Proactive testing helps you discover and address unsafe working conditions to mitigate the risk of accidents. Learn more about what bump testing is, why it’s so important, and the benefits of working with an experienced bump testing and calibration services provider.

Understanding Bump Testing

The primary purpose of bump testing is to expose your gas monitor to a predetermined amount of test gas and evaluate its performance and effectiveness. A technician will compare the monitor’s reading to the actual target gas concentrations present to confirm the monitor’s ability to accurately detect gas and trigger an alarm.

The reading and alarm response of your gas monitor must fall within a certain range to pass this test. For example, the alarm should go off within the acceptable range of approximately 10% of the confirmed gas concentration. Also, a properly functioning monitor will respond quickly to the target gas, notifying you so that you can enact safety protocols. If the gas triggers an alarm within 30 to 40 seconds, the monitor passes. Otherwise, it fails and requires close inspection before continued use.

Role of Bump Testing in Safety

Organizations and staff rely on gas monitors performing dependably and correctly to keep their working environment safe. Bump testing procedures proactively ensure gas monitors will respond promptly and correctly should a real gas leak occur, helping prevent accidents and workplace hazards. When the monitors pass bump testing, work can continue. Should they fail, further inspection is necessary to determine if they’re malfunctioning and require repair or replacement.

Bump Testing Procedures

Performing bump tests every day prior to gas monitor usage is a manufacturer-recommended best practice. Utilizing a test gas suited to your application, technicians can run bump tests to confirm that your monitor is working as expected and complying with all applicable safety standards.

In the event of a failed bump test, technicians should start by fully calibrating your gas monitor. This span calibration process involves electronically modifying a monitor’s settings to align them with a set standard so that the monitor will more accurately respond to the target gas. If the device still fails upon retesting, promptly remove it from service to prevent unsafe working conditions and accidents.

One caveat is that technicians should also check for sensor poisons and other environmental factors that might be compromising the accuracy of your gas tester and monitoring equipment. If such conditions are present, you’ll need to run calibration checks more often to confirm precise readings. Another factor to keep in mind is that bump testing doesn’t detect all possible problems or types of malfunctions. Gas monitors should also undergo periodic inspections, servicing, and recalibrations.

Jorgensen’s Expertise in Bump Testing and Gas Detection

In business since 1932, Jorgensen Company has established itself as a premier fire safety services and products provider. Recognized for our bump testing and calibration expertise, our team is committed to promoting safe operations and optimal functionality in your gas monitors. Our team of factory-trained technicians is experienced in a comprehensive range of gas detection services to offer our clients turnkey solutions, including:
- Bump testing and scan calibrations
- Product recommendations based on industry and use case
- Application assistance
- Repair and warranty services
- Gas detection training
Ready to Optimize Your Safety With Bump Testing? Partner With Jorgensen Today!

Bump testing your gas monitors to verify their performance should be a daily part of your facility’s safety checks. With professional bump testing and calibrations, you can better protect your facility, staff, and assets from exposure to hazardous gas leaks. To partner with Jorgensen for expert bump testing, calibration, gas monitor repairs, and more, request service today and take the next steps in improving your safety protocols.
Essentials of Fire Extinguisher Service: Maintenance and Compliance
August 13, 2024 10:29 am Leave a Comment
Capable of putting out small fires utilizing firefighting agents, a fire extinguisher is a handheld, portable piece of safety equipment commonly found in everything from residences to industrial facilities. These devices are available in multiple sizes to accommodate various fire classes and fuel types. To effectively safeguard people, machinery, and property, however, it’s critical that you properly maintain all extinguishers for reliable fire suppression.

Importance of Fire Extinguisher Maintenance

Fire extinguishers are only an effective fire safety solution if they’re in working order, ready to use at a moment’s notice. In the event of a fire, a nonfunctioning fire extinguisher could be the worst-case scenario for your commercial or industrial facility. Routine maintenance will help ensure your extinguishers will perform as expected when you need them most.

Maintaining Fire Extinguishers

To properly maintain your devices for continued and reliable functionality, you or a fire extinguisher services provider should regularly evaluate the following as part of your fire extinguisher maintenance checklist:
- Carry out visual inspections each month. A correctly functioning fire extinguisher can prevent a small fire from reaching catastrophic levels. So, how often do you inspect fire extinguishers? Doing a basic visual check of the components of your fire extinguishers each month allows you to maintain and proactively repair or replace them. This helps ensure that you won’t end up with a malfunctioning or empty extinguisher at a critical moment. Some examples of what to look for include:
  - Are any components missing?
  - Is there any evidence of rust or part corrosion?
  - Do you need to clean any pressure gauges or valves of dirt for improved visibility or performance?
  - Does the extinguisher body have any scratches, dents, or other visual imperfections?
  - Is the extinguisher pin intact?
  - Is the wand or nozzle of your wet chemical fire extinguisher damaged or dirty?
  - If you have a CO2 extinguisher, is the horn cracked?
  - Has the extinguisher cover or cabinet sustained any visible damage?
  - Do you see any signs of use, requiring you to refill your extinguisher or replace it?
  - Is there any evidence of leaks?
- Review extinguisher pressure gauges, seals, and hoses. Periodically checking a fire extinguisher’s pressure gauge to see if its pressure is in the green or red zone will help you determine if the device is fully charged or if it requires servicing or replacement. Similarly, it’s important to evaluate your extinguisher’s tamper seals and hoses to verify that they’re intact and correctly holding pressure levels within the device. Any splitting or fraying could result in leaks, pressure loss, and ineffective operation.
- Check for fire safety regulatory compliance. Regulatory bodies and local authorities typically require companies to have sufficient and functioning fire safety and suppression equipment on-site. Carrying out routine inspections and maintenance programs helps your business adhere to the stipulations of local fire safety codes, avoiding legal ramifications and costly fines.
- Review labels for maximum legibility and visibility. While inspecting fire extinguisher components for damage is critical, easy-to-read labels are equally essential. Dirty, torn, or illegible labels impair your ability to read the device’s operating instructions and quickly discharge it during an emergency. All labels should face out for easy viewing.
- Ensure optimal extinguisher locations and signage throughout your facility. Even perfectly maintained fire extinguishers won’t do you any good if you can’t locate them when a fire breaks out. Use signage to make sure yours are highly visible, and place them throughout your property. The right number of extinguishers for your business will depend on your property size as well as the likelihood of fires. Proper signage will also aid in quick identification if you have multiple types of extinguishers for handling different types of fires.
Partnering with an experienced fire extinguisher services provider will help safeguard your assets, making sure your extinguishers are in optimal shape and ready to use when the worst happens.

Fire Extinguisher Services From Jorgensen Co.

At Jorgensen Co., we provide an array of fire extinguisher services and fire safety products to clients in Central California. Our team offers peace of mind, ensuring your fire extinguishers comply with local regulations and are ready to protect the safety of your property and personnel.

Our certified technicians are backed by more than 90 years of industry experience. Capable of working on multiple fire extinguisher brands, we can help you maintain, test, and repair your extinguishers for reliable performance. Also, Jorgensen Co. uses environmentally friendly fire simulators to offer OSHA-compliant on-site training and education programs to benefit your staff.

Ready to learn more about how our team can support fire safety in your operation? Contact us for more information or request service today.
How the Right PPE Can Boost Manufacturing Efficiency
July 30, 2024 10:38 am Leave a Comment
Regardless of industry, manufacturers are always looking for ways to streamline processes and boost productivity. However, manufacturing plants and facilities are full of heavy-duty and noisy equipment, toxic substances, high-heat surfaces, and more that can be a danger to employees. Personal protective equipment (PPE) can help your business counteract the hazards inherent to these environments and maximize efficiency, all while keeping your workers healthy, happy, and comfortable. Learn more about PPE and its critical role in promoting efficiency and safety in manufacturing operations.

What Is PPE in Manufacturing?

Companies reduce the risk of workplace injuries and illnesses by providing their staff with PPE. The term PPE covers a spectrum of safety garments, accessories, and equipment that collectively protect employees performing a range of tasks. Not only does PPE reduce the likelihood of accidents that can harm employees and slow down production in hazardous manufacturing environments, but it also protects the company against liability claims and fines for not complying with safety regulations.

PPE is designed to safeguard workers against everything from bright light and sharp edges to chemical exposure and toxic particulates. However, it’s critical to select the appropriate PPE for your application, mandate it in your facilities, and train staff on its proper usage and maintenance for peak effectiveness in protecting their health and safety.

Types of PPE in Manufacturing

Depending on your manufacturing environment and the operations taking place in your facilities, your staff may require one or multiple types of personal protective equipment.

Eye and Ear Coverings

Protective eyewear like safety glasses, visors and goggles protect the wearer’s eyes from particulates and material fragments, hazardous gases, vapors and liquids, and exceedingly bright light. They’re applicable for everything from milling stations that throw out sharp fragments of metal to welding operations giving off flashes of light and sparks.

Earmuffs and earplugs safeguard wearers’ ears from the loud and unpleasant noise that manufacturing equipment generates. Without adequate hearing protection, workers are vulnerable to headaches, tinnitus, and temporary or permanent hearing damage. Such noise can also distract them, reducing productivity at best or causing accidents at worst.

Hand and Skin Coverings

Work gloves protect workers’ hands from sharp or high-temperature surfaces that could otherwise cause cuts and burns. Hazmat suits, a full-body PPE option, are another alternative for preventing workers from coming into direct contact with corrosive or dangerous chemicals, acids, toxins, and more.

Respirators

Respirators are breathing masks that block potentially hazardous gases, vapors, fumes, liquids, particulates, or dust from being inhaled. Many different types of respirators are available to provide varying degrees of protection based on the intended environment, particle size, and filtering processes.

Fall Prevention and Protection

Staff working at dangerous heights can benefit from PPE like body harnesses. This equipment can help mitigate the risk of a fall and keep workers who’ve slipped from a great height from hitting the ground and sustaining injuries.

Benefits of PPE in Manufacturing

By equipping your manufacturing team with high-quality PPE and ensuring they use it properly, your company will benefit from:
- Maximized safety. PPE’s primary benefit is that it protects employees from sharp surfaces, high-temperature equipment, hazardous chemicals, debris, and even excessive noise. Workers stay safer from accidents as well as serious or permanent injuries.
- Enhanced efficiency and productivity. When employees wear the right PPE, they know they’re better protected and can more confidently and efficiently complete their work. Not having to take extra precautions allows workers to streamline processes and improve operational speeds and productivity.
- Adherence to regulatory standards. Many industries have strict requirements regarding PPE, safety protocols, and acceptable noise exposure. The right PPE helps your organization comply with OSHA guidelines as well as any industry-specific standards.
- Cost-effectiveness. The National Safety Council reports that worker injury costs in 2022 came to $167 billion for the year. PPE proactively saves companies money on medical bills, liability claims, non-compliance penalties, and lawsuits, not to mention lost productivity and unanticipated downtime.
- Boosted employee morale. Workers who know their company is investing in their safety tend to feel more satisfied and comfortable in their workplace. As a result, PPE can raise company morale while increasing productivity and employee retention.
PPE Products From Jorgensen Company

Established in 1932, Jorgensen Company distributes high-quality PPE products to support employee safety, regulatory compliance, and operational efficiency in diverse working environments. Our manufacturing clients have access to a wide array of trusted safety and protection products, choosing from our meticulously procured catalog of:
- First aid supplies
- Respiratory gear
- Protective clothing
- Eye protection
- Fall Protection
- Confined Space Equipment
Our expert team can help you find a product solution tailored to your unique needs and application requirements. Contact us today to learn more about our PPE offerings for the manufacturing sector.
Tyvek^® for Manufacturing: Balancing Worker Protection and Workflow
July 18, 2024 5:37 am Leave a Comment
Pioneered by DuPont, Tyvek^® is a robust, bonded synthetic material crafted from high-density polyethylene (HDPE) fibers. These fibers join together through a unique thermal compression process, resulting in a nonwoven, durable material that outperforms paper in strength and resistance capabilities while remaining cost-effective compared to traditional fabrics. Known for its exceptional durability and lightweight breathability, versatile Tyvek material has become a staple in protective clothing, providing workers with reliable protection against hazards without hindering their movements.

Benefits of Tyvek Material for Worker Safety

Tyvek is an ideal protective material for workers in manufacturing environments, offering the following:
- Durability and strength. While Tyvek is similar in appearance to paper, it offers greater durability and strength. It holds up well against abrasion, wear, and aging, among other factors.
- Light weight and flexibility. Despite its strength, Tyvek remains lightweight. This, along with its flexibility, lends it to applications in protective garment manufacturing. The material ensures comfort throughout prolonged use without adding unnecessary bulk.
- Breathability. Tyvek acts as a breathable membrane, preventing heat buildup and again maintaining wearer comfort during strenuous tasks. It enables moisture like sweat or water vapor to escape through the material.
- Resistance to moisture. The material also effectively repels moisture, making it suitable for environments where water and other liquids are prevalent. Unlike paper-based materials that absorb water and deteriorate, Tyvek retains its durability while resisting stains, mildew, and rot.
- Maximized performance and versatility. Tyvek is highly versatile as it blends the performance benefits of fabric, paper, and film into a single material.
- Sustainability. A sustainable material solution, Tyvek is fully recyclable. The eco-friendly option has the potential to reduce waste and promotes the reuse of materials.
These benefits highlight Tyvek’s comprehensive protection capabilities, ensuring workers remain safe, comfortable, and productive even in challenging work environments.

Types of Tyvek Products

A range of Tyvek products are available to meet diverse needs and safety requirements. Primary examples include:
- DuPont™ Tyvek^® 400 Coveralls With Skid-Resistant Boots and Attached Hood (Respirator Fit), TY122S. Accommodating a wide range of motion, these coveralls feature an attached hood and skid-resistant boots, offering flexibility along with essential protection for hazardous tasks. The hood design incorporates an elastic opening for an optimal and tailored fit, surrounding a respirator while comfortably protecting the user’s chin and neck.
- DuPont™ Tyvek^® 400 Coveralls With Elastic Ankles and Wrists, TY125S. Tyvek coveralls with elastic ankles and wrists are ideal for tasks requiring flexibility and ease of movement. They enhance worker comfort and, subsequently, their productivity. The limited-use fabric technology protects workers’ clothing during standard maintenance, clean-up operations, spray painting, and more while safeguarding the worker from hazardous substances like asbestos and lead.
- DuPont™ Tyvek^® 400 Shoe Covers, TY450SWH. Crafted from flashspun HDPE, Tyvek shoe covers offer superior durability as well as abrasion and wear resistance compared to microporous film fabrics in challenging manufacturing environments. These nonwoven protective covers provide a robust yet comfortable barrier against contaminants and contribute to maintaining cleanliness and safety standards.
- DuPont™ Tyvek^® 400 Hoods, TY657SWH. Applicable in everything from general cleaning and maintenance tasks to asbestos and lead remediation or abatement, Tyvek hoods provide comprehensive head and shoulder protection against particles as small as 1.0 microns. Featuring an elastic opening, these pullover hoods fit snugly over a powered air purifying respirator (PAPR) to best ensure worker safety.
FAQs

Is Tyvek toxic?

Tyvek is a non-toxic material and poses no health risks. However, you should take precautions against static electricity in certain conditions to mitigate potential hazards.

What is Tyvek made of?

What material is Tyvek? It’s composed of bonded HDPE fibers. The thermoplastic polymer contributes to Tyvek’s strength and recyclability.

What is Tyvek used for?

Durable and water-resistant Tyvek serves a range of purposes across different industries. While protective garments are a common application for soft-structure Tyvek, its hard-structure variety is applicable in everything from healthcare packing materials to HomeWrap building envelopes. It also features in playgrounds, outdoor benches, and various consumer goods.

Is Tyvek fire resistant?

Tyvek isn’t inherently fire resistant or flame retardant, demonstrating flammability properties similar to those of many synthetic fibers.

Quality Protective Workwear by Jorgensen Company

Tyvek material is a mainstay in manufacturing operations, effectively balancing worker protection with comfort to safeguard your employees and optimize workflow. Its versatility and durability make it a preferred choice across various industries, however, ensuring reliable performance in challenging environments.

Since our founding in 1932, Jorgensen Company has made a name for itself in Central California for trusted PPE and fire safety products as well as related services. With nearly a century of experience backing our dedicated team, we have the multi-industry expertise to answer your protective workwear challenges. Our Tyvek product offerings exemplify our commitment to distributing high-quality protective solutions that prioritize safety and operational efficiency in industrial settings like manufacturing facilities.

For more information on Tyvek workwear or our team’s capabilities, contact our team or request our services today.
Understanding Advanced Fire Protection Systems in Fire Safety
May 22, 2024 11:01 am Leave a Comment
A fire suppression system operates to promptly detect and extinguish fires, mitigating property damage and safeguarding human lives. Through a range of mechanisms, these systems prevent fires from escalating into catastrophic emergencies.

This article will explore a few types of fire protection system technologies, including their applications and selection criteria. We will also discuss how they integrate into broader fire safety strategies across various environments.

Fire Protection System Types

Learn about the following types of fire protection systems to help select the right system for your application:

Water-Based Fire Suppression

Water-based fire protection systems — such as sprinkler systems — are widely used to effectively extinguish fires promptly. They detect flames through heat-sensitive elements such as fusible links or glass bulbs, which activate the sprinklers when a certain temperature is reached. The water released by the sprinklers helps contain, cool, and suppress the fire.

When selecting a water-based protection system, factors to consider include:
- Type of fire hazard: Water-based systems are suitable for various fire types, including ordinary combustibles and flammable liquids fires. However, they may not be appropriate for fires involving electrical equipment, flammable metals, or greases and oils.
- Environmental considerations: These systems require adequate water supply and drainage capabilities. Considerations should be made for freezing temperatures, water pressure, and potential water damage to sensitive equipment or materials.
- Regulatory requirements: Compliance with local building codes and regulations is essential when selecting and installing water-based suppression.
- Setting application: Water-based systems are suitable for environments where ordinary combustibles are present, such as offices, retail stores, manufacturing plants, and storage areas.
Pre-Engineered Wet Chemical Fire Suppression

Wet chemical suppression systems are designed for environments prone to grease fires, such as commercial kitchens. It releases wet chemical to suppress the fire by blanketing the fuel source and depriving it of oxygen through a process called saponification.

Selecting a wet chemical suppression system is based on the hazards and cooking appliances requiring protection. Differing system manufacturers provide varying types of protection coverage. :
- Compatibility with fire hazards: Wet chemical systems are designed to extinguishing for fires from cooking oils and fats.
- Ease of use and cleanup: Wet chemical suppression systems activate automatically when fires are detected and require minimal cleanup after use..
- Environment setting: This system is primarily installed in commercial kitchens, restaurants, and food processing facilities — where cooking oils and grease fires are risky.
Foam-Water Sprinkler and Foam-Water Spray Systems

Foam systems are designed for environments where water suppression is not feasible, such as outdoor areas with flammable liquid storage tanks. These systems utilize water and foam concentrate released at high velocity to suppress the fire.

When selecting a foam system, consider the following:
- Suitability for outdoor environments: These systems are ideal for outdoor areas with high fire risks, including fuel storage facilities or transformer yards. Evaluate the system’s ability to withstand harsh weather conditions and outdoor elements.
- Cleanup requirements: Foam deluge systems may require extensive cleanup due to the residue left behind by the foam concentrate. Considerations should be made for the cleanup process and disposal of these residues.
- Effectiveness on flammable liquid fires: Assess the system’s effectiveness in suppressing fires involving flammable liquids and its compatibility with the specific types of fuels present.
Use Jorgensen Co’s Expertise to Design and Install Your Fire Protection Systems!

At Jorgensen Co., we are your go-to experts for comprehensive fire protection and suppression mechanisms. With seven local offices in Central California and fully equipped service vehicles, we offer installation and maintenance services tailored to your needs. Moreover, you can trust that we stay informed about the latest advancements in fire protection as esteemed members of NFPA, AFSA, NAFED and CALSAFE.

Contact us now to ensure the safety and protection of your premises!
Maximizing Safety With Effective Fire Extinguisher Service
April 4, 2024 10:18 am Leave a Comment
Fire extinguishers are portable devices that contain and discharge firefighting agents to suppress small fires. They come in various types, each suitable for combating different classes of fires categorized based on the type of fuel involved. They are vital tools in safeguarding lives and property against fire hazards. However, their effectiveness relies heavily on proper maintenance.

In this article, we will explore the critical importance of fire extinguisher service and the latest standards, techniques, and innovations to ensure maximum safety.

The Importance of Regular Fire Extinguisher Maintenance and Inspection

Regularly inspecting and maintaining fire extinguishers is paramount to ensuring their effectiveness and reliability in emergencies. Here are the reasons why:

Emergency Preparedness

Properly maintained and regularly inspected fire extinguishers are always ready for use. This provides immediate access to firefighting solutions, preventing safety risks and property damage.

Regulatory Compliance

Local regulations and fire codes mandate regular fire extinguisher service and maintenance in commercial and residential properties. It is not only a legal requirement but also essential for ensuring the safety of occupants and minimizing liabilities in fire-related incidents.

Early Detection of Issues

Common issues such as corrosion, leaks, damaged components, or expired extinguishing agents can compromise the functionality of extinguishers. Early detection through routine inspections enables timely repairs or replacements, ensuring extinguishers remain in optimal working condition.

Equipment Longevity

Routine maintenance tasks such as cleaning, lubricating moving parts, and inspecting seals and hoses help prevent premature wear and deterioration. This reduces the frequency of replacements and associated costs over time.

Industry Standards in Fire Extinguisher Servicing

Below are some of the regulatory standards that govern fire extinguisher service and maintenance:

NFPA 10

The National Fire Protection Association (NFPA) 10 standard is the cornerstone of fire extinguisher safety and servicing, covering selection and maintenance protocols. It offers detailed guidelines for inspections, tests, and maintenance procedures, specifying frequency and standards for these critical tasks.

ANSI/UL Standards

The American National Standards Institute (ANSI) collaborates with Underwriters Laboratories (UL) to develop fire extinguishers and related equipment standards. These guidelines encompass various topics, including extinguisher design, performance testing, labeling, and certification requirements.

OSHA Regulations

The Occupational Safety and Health Administration (OSHA) oversees workplace safety, including fire protection and prevention requirements. Its standards for fire extinguishers cover selection, placement, training, and servicing to ensure employee health and safety.

Techniques in Fire Extinguisher Maintenance

Fire extinguisher technicians employ various techniques to ensure these critical devices are in optimal condition to combat fires effectively. Here are some of them:
- Visual inspection: Inspectors assess the exterior of extinguishers for damage, corrosion, or tampering. They also check pressure gauges and seals for integrity to determine the devices’ conditions.
- Pressure testing: Technicians pressurize extinguishers to verify that they can effectively discharge contents during fires. This is vital for maintaining performance, especially after repairs or refills.
- Hydrostatic testing: This test assesses the pressure vessel’s integrity, subjecting it to high-pressure water.
- Refilling and recharging: Techniciansensure that extinguishers are fully charged with the correct agent levels for readiness.
- Component maintenance: Internal components such as valves and hoses are inspected for functionality. Meanwhile, moving parts are also cleaned and lubricated to ensure smooth operation.
Trust Jorgensen Co. for Top-Notch Fire Extinguisher Services

If you need reliable fire extinguisher services in Central California, look no further than Jorgensen Co.! We offer a comprehensive range of services for all your fire safety needs.

Moreover, we boast over 90 years of experience and trained and certified technicians who provide reliable inspection, testing, maintenance, and repair services for various fire extinguisher brands. We also offer on-site fire extinguisher education and training programs, meeting OSHA requirements and utilizing environmentally friendly fire simulators.

Contact us today to schedule an appointment or inquire about our services!
Jorgensen Company On-Site Fit Testing
October 25, 2021 7:08 am Leave a Comment

Jorgensen Fit Testing Services:

According to safety regulations Fit Testing must be performed initially before employees start working in hazardous environments or for employees who are required to wear a N95 respirator within the medical and education fields. It is also required that employees be fit tested annually to stay in compliance with regulations. Not only does fit testing keep your company in compliance but it ensures that your employees are safe from any airborne containments that can cause injury or sickness.

What is Fit Testing?

Fit Testing is a type of testing that ensures that a respirator your employee is using is safe and free for any type of leaks or defects. All testing meets CDC regulations for safety.

Jorgensen provide two types of on-site fit testing – qualitative and quantitative. Qualitative Fit Testing is used for N95 masks and some half mask respirators. This type of fit testing uses a non-toxic and odorless smoke to ensure that the mask or respirator is fitting correctly.

Additional Fit Testing Requirements:

Before fit testing can be done it is highly recommended that your company have a respiratory program in place. This is typically found in your companies IIPP (injury, illness and prevention program).

In addition, before a person can be tested, they must be clean shaven and must undergo a medical evaluation to verify that they are able to wear a respirator.

Medical Evaluations:

Sending your employees to a clinic or doctor to get medically evaluated can take time. Precious work hours away from your company.

The 3M is:

· a web-based interactive questionnaire, which gives you immediate notification of the medical evaluation results.

· Evaluations can be taken 24 hours/day 7 days/week from any computer with internet access.

· The expanded OSHA Respirator Medical Evaluation Questionnaire incorporates work conditions and respirator and other types.

· Board Certified occupational medicine physicians complete the reviews and, when necessary, make recommendations for medical follow-up.

Click here : OSHA Respirator Medical Evaluation Questionnaire | Respiratory Protection | 3M – US

Respiratory Protection:

Jorgensen is an authorized 3M distributor and provides a full line of respirators with half- or full-facepiece options to help protect against both particulates and/or gases and vapors. Our respirators are in stock and available for same day pickup!
Introducing TouchFree EcoStation
July 21, 2021 6:57 am Leave a Comment
TOUCHFREE ECOSTATION® A Hygienic Solution to Earplug Dispensing

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Is Your Workplace as Safe as it Could be?
July 7, 2021 6:56 am Leave a Comment
Is Your Workplace as Safe as it Could be?

Everyone deserves a safe working environment, which is why health and safety procedures are an integral part of any business. These procedures ensure that day to day life at work runs smoothly for employees whether the workplace is in an office or on a building site. So, life critical safety products provider Reece Safety has found eight health and safety essentials that every workplace must have in place.

Risk Assessments

By law, all businesses must conduct risk assessments where there are potential hazards within the workplace. All hazards must be identified with a plan of action starting with the most important risks first. Often, risk assessments can lead to the improvement of a business through finding long-term solutions to issues that pose the most risk to staff health, such as preventing falls or slips.
- Sufficient Lighting – While it may seem obvious, good lighting at workstations and around the work building or work site is essential for employee safety. Suitable forms of lighting must be used for different manual tasks where suitable, such as florescent lighting where natural light doesn’t reach.
- Good Hygiene and Cleanliness – A clean workspace is needed for every employee. Ensure that your building and work area, floors, fittings and furniture are cleaned efficiently to avoid bacteria and germ build up that has the potential to result in illness being spread between staff members.
- Fire Safety Protocol – A fire risk assessment will identify fire hazards and the people at risk. An induction and evacuation process must be conducted with each employee as they enter the business. There should also be a member of staff who is responsible for evacuating the building or area in the case of a fire, taking a register of those present and calling 911.
- Manual Labor Safety – Manual jobs often involve lifting and using machinery and ladders, so it’s important to have safety procedures to follow thoroughly. Ensure that equipment is safely used and properly put away in a safe place by using the Lockout Tagout system.
- Acceptable Level of Noise – Noise problems in the workplace can be intrusive and distracting. If you’re having to raise your voice to have a conversation or have outdoor noise coming into your workspace, this may need raising with your employer. If you work with or use loud equipment, make sure to wear hearing protection.
- Electrical Safety – Electrical equipment should be properly installed and tested alongside a full electrical risk assessment. For electrical machinery, a switch or isolator should be located near each machine to cut off the power supply in an emergency. If you come across any faulty cables or plug sockets in your workspace, they should be covered and marked as ‘do not use’ and replaced.
- Staff Wellbeing – The health of staff is paramount for any company, so it is important to ensure that a workforce is seeking help when needed. Make sure your company has a HR department prepared for dealing with issues surrounding the mental health and overall wellbeing of staff to promote a healthy working culture.
Handy Safety Tips about Hand Protection
July 6, 2021 6:53 am Leave a Comment

Did you know: 1/4 of workplace accidents involve hands and fingers and that wearing gloves reduces the risk of injury by 60%? Proper use of hand protection can save companies money and save workers from physical and financial hardship. Contact Jorgensen today to find the best and most cost effective hand protection for your organization.
We’re simplifying multi-gas detection
December 23, 2020 6:49 am Leave a Comment

The BW™ Next Generation Multi-Gas Platform of portable gas detectors makes it easier for you to prioritize safety and meet site-compliance requirements.

The new Honeywell BW™ Icon and BW™ Icon+ feature an innovative and intuitive icon-based interface to help equip workers with greater awareness of threats in the field so they can focus on getting the job done safely.

Watch our product introduction video to learn more about the new standard in multi-gas detection
What are Air-Purifying Respirators?
December 11, 2020 6:32 am Leave a Comment

Air-purifying respirators (APRs) work by removing gases, vapors, aerosols (droplets and solid particles), or a combination of contaminants from the air through the use of filters, cartridges, or canisters. These respirators do not supply oxygen and therefore cannot be used in an atmosphere that is oxygen-deficient or immediately dangerous to life or health. The appropriate respirator for a particular situation will depend on the environmental contaminant(s).
- Filtering Facepiece Respirator (FFR)
  - Disposable
  - Covers the nose and mouth
  - Filters out particles such as dust, mist, and fumes
  - Select from N, R, P series 95, 99, 100 efficiency level
  - Does NOT provide protection against gases and vapors
  - Fit testing required
- Elastomeric Half Facepiece Respirator
  - Reusable facepiece and replaceable cartridges or filters
  - Can be used to protect against gases, vapors, or particles if equipped with the appropriate cartridge or filter
  - Covers the nose and mouth
  - Fit testing required
- Elastomeric Full Facepiece respirator
  - Reusable facepiece and replaceable canisters, cartridges, or filters
  - Can be used to protect against gases, vapors, or particles, if equipped with the appropriate cartridge, canister, or filter
  - Provides eye protection
  - More effective face seal than FFRs or elastomeric half-facepiece respirators
  - Fit testing required
- Powered Air-Purifying Respirator (PAPR)
  - Reusable components and replaceable filters or cartridges
  - Can be used to protect against gases, vapors, or particles, if equipped with the appropriate cartridge, canister, or filter
  - Battery-powered with blower that pulls air though attached filters or cartridges
  - Provides eye protection
  - Low breathing resistance
  - Loose-fitting PAPR does NOT require fit testing and can be used with facial hair
  - Tight-fitting PAPR requires fit testing
CONTACT US TODAY TO GET A QUOTE ON ANY OF THE RESPIRATORY PRODUCTS LISTED ABOVE.
The need for BUMP Testing
September 29, 2020 6:26 pm Leave a Comment

The aim of the bump test is to make sure a gas monitor is working at its optimum by briefly exposing the unit to a known concentration of the target gas. The reading is compared to the actual quantity of gas present, as stated on the test gas cylinder, and if the detector goes into alarm within an acceptable range of the actual concentration, usually within 10%, then it is working safely. If the bump test results are not within the acceptable range, or it takes more than 30-40 seconds to alarm, the gas detector must not be used until a full calibration has been conducted.

Please remember, however frequently you bump test, this does not remove the need to have gas detectors inspected, calibrated and serviced periodically by a competent individual. Contact Jorgensen today to get more information about how we can provide for your calibration and testing needs.
3M™ Versaflo™ TR-300+ Powered Air Purifying Respirator
6:03 pm Leave a Comment

Jorgensen is a leading provider of personal protective equipment, including powered air purifying respirators (PAPRs) for which demand has recently exceeded supply due to the COVID-19 pandemic.

Jorgensen has partnered with 3M to have available to stock of TR-300+ Series PAPRs.At this time, we are proud to announce that we expect to deliver TR-300+ PAPRs and relevant components at significantly increased capacitylevels within standard, five to seven day lead times. Over the course of this pandemic, situations have been known to change rapidly and may do so again. Now is the time to engage with your Jorgensen Representative. Call us today at 1.800.481-3473 or email sales@jorgensenco.com