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If you’re looking to streamline your spray-paint workflow, meet your new go-to accessory: the Anest Iwata Fast Flow System (FFS) Disposable Gravity Cups. Built for speed, precision, and mess-free painting, these cups are a game-changer for professionals and enthusiasts alike.

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Key Features at a Glance

    •    One-Cup Solution – Mix, filter, spray, and store paint all in a single disposable liner

    •    Wide-Mouth Lids – Easier, faster pouring with less spillage

    •    Optimized Paint Flow – Improved fluid dynamics for faster material flow and less waste

    •    Leak-Resistant Liners – Durable construction prevents punctures, tears, and drips

    •    Secure Retaining Collar – Holds liners and lids tightly in place during spraying

    •    Disposable & Mess-Free – Just toss the liner and lid after use—no cleaning required

    •    Compatible with Iwata Guns – Seamless fit with popular Anest Iwata gravity feed spray guns

    •    Efficient Storage System – Store leftover paint upside-down using included plugs without drying out the filter

    •    Includes 125 Total Pieces – A complete kit with 50 liners, 50 lids, 20 storage plugs, and 1 hard outer cup with collar

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What Makes the FFS Stand Out?

1. One-Container Workflow

Measure, mix, filter, spray, and store—all from the same vessel. No extra cups. No unnecessary cleaning. Just efficient, uninterrupted work.

2. Wider Lid, Superior Flow

Equipped with a wide opening, the cup ensures smoother, faster paint transfer and smoother application.

3. Reinforced, Leak-Resistant Design

The sturdy liner minimizes punctures and stays snug during mixing—delivering leak-free spraying and just peace of mind.

4. Inverted Storage Without Compromise

Got leftover paint? Just pop in the storage plug, flip the cup upside-down, and you preserve the filter’s moisture—keeping materials ready for next use and cutting down waste.

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What’s Included in the Kit?

Every FFS Disposable Gravity Cup system comes with:

    •    1 Graduated Hard (Outer) Cup

    •    1 Retaining Collar

    •    50 Disposable Liners

    •    50 Filtered Lids

    •    20 Storage Plugs

It’s a full kit—ready for work the moment you open the box.

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Who Benefits the Most?

Perfect for:

    •    Auto refinishers

    •    Industrial painters

    •    Wood finishers

    •    Custom coaters

    •    DIYers looking to level up their gear

Anyone looking to reduce cleanup, boost productivity, and achieve consistent spray results will benefit from adding the FFS to their arsenal.

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Final Take: Why It’s a Smart Upgrade

The Anest Iwata FFS Disposable Gravity Cups don’t just deliver paint—they deliver sharper workflows:

    •    Save time, save materials, and stay cleaner

    •    Consistent finish quality with fast, even material flow

    •    Convenient storage and minimized waste with smart plug mechanism

    •    Built to work with your Iwata spray guns

If you’re tired of dealing with clunky systems or constantly cleaning messy paint cups, the Fast Flow System is the upgrade your finishing setup deserves. Find yours at TotalFinishingSupplies.com

When it comes to painting efficiency, most professionals face a choice: either use a brush for precision (but at the cost of time) or a sprayer for speed (but with messy overspray and extra setup). Total Finishing Supplies has found a way to merge the best of both worlds with their Total Power Brush™ Painter’s Backpack — a mobile, self-contained painting system that offers the control of a brush with the speed of a sprayer.

Let’s dive into how this innovative backpack is redefining painting workflows on job sites and in shops alike.

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What is the Total Power Brush™ Painter’s Backpack?

At first glance, it looks like a rugged backpack with a hose attachment. But inside, it’s a battery-powered, low-pressure painting system designed to deliver coatings directly to a Total Power Brush™ head. The backpack houses a 20-liter (5.3-gallon) paint reservoir, an in-line pressure regulator, and a battery-powered pump system that pushes paint through the hose right into the brush bristles.

You’re essentially strapping a mobile paint delivery system to your back, eliminating the need for traditional buckets, pressure pots, or paint trays.

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Key Features & Specs at a Glance

    •     20L Paint Tank – Large enough for extended projects without constant refilling.

    •     Battery-Powered Pump – Portable, cordless operation.

    •     Adjustable Pressure Control (7-45 PSI) – Fine-tune the flow rate for different coatings and surface types.

    •     Compatible with Total Power Brush™ Heads – The signature brush heads that apply coatings with precision, no overspray.

    •     Ergonomic Straps & Support Harness – Designed for comfort during prolonged use.

    •     Voltage & Pressure Gauge – Stay in control of your application in real-time.

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How It Works

    1.    Fill the Tank: Load your paint or coating into the internal reservoir. The backpack is compatible with most materials including latex, stains, and acrylics.

    2.    Power Up: Charge the battery, connect the hose to your brush head, and use the onboard controls to set your desired pressure.

    3.    Start Painting: With a simple pull of the trigger on the brush handle, paint flows directly into the brush bristles. No buckets. No messy trays. No overspray clouds.

    4.    Switch Sizes as Needed: Swap between 3”, 4”, and 6” brush heads depending on the job detail — without changing your setup.

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The Benefits of Going “Backpack Mode”

True Mobility for Painters

Whether you’re working on staircases, cabinetry, railings, or tight job sites where dragging around buckets and hoses is a nightmare, the backpack gives you complete freedom of movement. Your paint supply is with you wherever you go.

 Major Time Savings

Total Finishing Supplies estimates the Total Power Brush™ system can be up to 20 times faster than traditional brushwork. The backpack takes this to the next level by eliminating the constant back-and-forth to refill buckets or adjust sprayers.

Clean, Controlled Application

Because the paint feeds directly into the bristles at controlled pressure, there’s no atomized overspray. This makes it ideal for precision tasks where masking off areas would otherwise be time-consuming.

Perfect for Small to Mid-Scale Projects

From residential trim and molding to commercial cabinetry, the backpack system excels in environments where a full spray booth is impractical but hand-brushing is too slow.

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Who Is This For?

    •    Professional Painters & Contractors – Tackle interior trims, staircases, cabinetry, and railings efficiently.

    •    Finish Carpenters & Woodworkers – Apply stains and clear coats with more control than a spray gun.

    •    DIY Enthusiasts – Homeowners looking to upgrade their tool arsenal for faster, cleaner results on home projects.

    •    On-Site Finishing Crews – When space is tight and mobility is critical, the backpack is a game-changer.

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Things to Consider

While the Painter’s Backpack offers mobility and speed, it does require getting accustomed to the backpack’s weight (approximately 16 lbs fully loaded). Also, proper cleaning and maintenance after each use are essential to ensure longevity, especially when switching between different types of coatings.

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Final Thoughts

The Total Finishing Total Power Brush™ Painter’s Backpack is a brilliant evolution in portable painting technology. It bridges the gap between the fine control of brushwork and the efficiency of spraying—all while eliminating the common pain points of overspray, messy setups, and limited mobility.

For professionals and serious DIYers who demand both speed and precision, this is a tool that pays for itself in labor hours saved.

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Want to see it in action? Check out real-world demos and accessories for the Total Power Brush system here https://totalfinishingsupplies.com/collections/total-power-brush

When it comes to automated finishing applications, precision and consistency are non-negotiable—and that’s exactly why the Binks DVX Automatic Spray Gun is a game-changer. The number one reason we recommend this gun is its easy-to-use preset adjustments on the back, allowing operators to “click” into the exact same settings every time. This ensures you get the same spray recipe day after day, without relying on guesswork or adjusting by eye and feel like other spray guns. Designed for high-performance production environments, the DVX Auto Gun delivers unmatched atomization, efficiency, and control, making it the go-to choice for manufacturers who can’t afford inconsistencies.

Key Features of the Binks DVX Automatic Spray Gun

1. High-Efficiency Atomization

The DVX is designed with advanced air caps and fluid nozzles, providing a fine, uniform spray pattern ideal for coatings that demand a flawless finish. Whether you’re applying paints, stains, or specialty coatings, the DVX ensures smooth, even coverage every time.

2. Compact & Rugged Design

Built for durability, the DVX Auto Gun features a lightweight yet robust body that fits easily into automated spray machines. Its compact footprint allows it to be mounted in tight spaces, making it highly versatile for complex setups.

3. Stainless Steel Fluid Passages

All wetted parts are made of stainless steel, ensuring compatibility with a wide range of coatings, including waterborne and solvent-based materials. This not only extends the gun’s service life but also makes maintenance easier and safer.

4. Low Air Consumption

One of the standout advantages of the DVX is its low air consumption, which reduces operational costs without sacrificing spray quality. This efficiency also makes it environmentally friendly, as it minimizes overspray and waste.

5. Fast & Easy Maintenance

Designed for high-volume production environments, the DVX allows for quick disassembly and reassembly, minimizing downtime for cleaning and maintenance. A straightforward design means fewer parts to wear out and replace, translating into lower total cost of ownership.

6. Flexible Spray Control

Operators can fine-tune fan pattern, fluid flow, and atomizing air with precision, ensuring optimal application across various substrates and coating viscosities. This level of control boosts productivity by reducing rejects and rework.

Applications

The Binks DVX Automatic Spray Gun is perfect for:

    •    Automotive components

    •    Wood and furniture finishing

    •    Metal fabrication

    •    Plastic parts coating

    •    General industrial applications

Why Choose the Binks DVX Auto Gun?

With a legacy of quality and innovation, Binks continues to deliver solutions that enhance productivity and finishing quality. The DVX Automatic Spray Gun is no exception—it’s engineered to meet the evolving needs of manufacturers who demand precision, durability, and efficiency in automated spray systems. Find this and more at TotalFinishingSupplies.com

When it comes to professional-grade spray guns, Binks continues to set the standard with its DVX series. Whether you’re working in automotive refinishing, industrial manufacturing, or wood finishing, the Binks DVX Pressure Feed and DVX Gravity Feed spray guns are designed to deliver superior atomization, precise control, and rugged durability.

But which version is right for your operation? Let’s break down the strengths of each.

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Binks DVX Pressure Feed Manual Spray Gun 

The BINX DVX Pressure Feed Spray Gun is engineered for high-production environments where consistent material flow and extended spray cycles are essential. By utilizing a pressure feed system, this gun is perfect for applications that require spraying larger volumes of coating material without constant refilling.

Key Features:
    •    Consistent Material Delivery: Pressure feed design ensures a steady and controllable flow of material, ideal for long production runs.
    •    Superior Atomization: Optimized air caps and fluid nozzles provide fine, even spray patterns with excellent transfer efficiency.
    •    Heavy-Duty Construction: Built to withstand tough shop environments with robust all-metal components.
    •    Ergonomic Design: Lightweight feel and smooth trigger pull reduce operator fatigue during long shifts.
    •    Versatility: Compatible with a variety of coatings, including primers, basecoats, clearcoats, and industrial finishes.

Ideal For:
    •    High-volume production spraying
    •    Industrial coatings and primers
    •    Large surface applications
    •    Operations using remote pressure pots or pump-fed systems

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Binks DVX Gravity Feed Manual Spray Gun 

The BINX-DVX Gravity Feed Spray Gun is the go-to choice for detail work, quick color changes, and applications where control and efficiency are key. With its top-mounted cup, the gravity feed design uses minimal air pressure to draw material, making it an excellent option for precision work and small-to-medium batch jobs.

Key Features:
    •    Efficient Material Use: Gravity-fed design reduces material waste and enables faster clean-ups and color changes.
    •    High Transfer Efficiency: Designed for precise applications with minimal overspray.
    •    Balanced & Comfortable: Lightweight and ergonomically designed for superb maneuverability, even in tight spaces.
    •    Quick Maintenance: Easy disassembly for fast cleaning and nozzle swaps.
    •    Multiple Nozzle Sizes Available: Handles a range of coatings from light stains to heavier materials.

Ideal For:
    •    Automotive refinishing & touch-ups
    •    Wood finishing & cabinetry
    •    Small-to-medium production jobs
    •    Shops needing fast color changes with minimal downtime

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DVX Spray Technology – Performance You Can Count On

Both the BINX-DFX Pressure Feed and BINX-DVX Gravity Feed spray guns are built around Binks’ advanced DVX technology platform. This includes:
    •    Precision-machined air caps for fine atomization
    •    High-efficiency transfer rates
    •    Reduced operator fatigue with smoother trigger action
    •    Durable construction for long-lasting performance

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Which One Should You Choose?
    •    Choose Pressure Feed (BINX-DFX) if you need to spray high volumes continuously with minimal interruptions — ideal for production lines, large-scale industrial coatings, or when using pressure pots.
    •    Choose Gravity Feed (BINX-DVX) if you’re doing detailed finishing work, need frequent color changes, or require maximum control over smaller projects — perfect for custom automotive work, cabinetry, or light industrial coatings.

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Need Help Deciding?
At Total Finishing Supplies, we offer both the Binks DVX Pressure Feed and Gravity Feed Spray Guns, along with expert advice to help you choose the right tool for your application. Contact us today for pricing, availability, and technical support.

In precision finishing, consistency isn’t just important—it’s essential. That’s why Total Finishing Solutions (TFS) developed the ultimate 5-Gallon Agitator: a compact yet powerful solution designed to keep your coatings perfectly mixed for flawless application—without the bulk, high cost, or inefficiency of typical agitators.

Total Finishing is proud to partner with SAMOA, an industrial leader in advanced fluid handling solutions since 1958. With their unmatched expertise and commitment to quality, SAMOA brings a game-changing option to the world of pumps: Air Operated Double Diaphragm (AODD) pumps.

What are pneumatic diaphragm pumps?

Air operated diaphragm pumps are designed to handle a variety of fluids, including those that are abrasive, corrosive, viscous, or shear-sensitive. The primary components of an AODD pump include:

• Diaphragms: Flexible membranes that create chambers and move alternately to draw in and push out fluid, enabling continuous flow through the equipment.
• Air Valves: Control the flow of compressed air into the pump, driving the movement of the diaphragms.
• Inlet and Outlet Manifolds: Channels that direct the flow of fluid into and out of the pump.
• Housing and Construction Materials: The pump body, which can be made from various materials depending on the application, such as aluminum, stainless steel, or plastic.

Why Choose AODD Pumps?

In countless industries, the reliability of industrial pumps is critical. A failure can mean unplanned downtime, costly repairs, or even total product loss. That’s why selecting the right pump for the job is essential—and AODD pumps stand out. Their versatility is unmatched, capable of handling everything from shear-sensitive fluids to abrasive or corrosive materials. Even fluids containing suspended solids pose no challenge.

This adaptability makes AODD pumps a cornerstone in industries like:

• Paint and coatings
• Petrochemical
• Mining and construction
• Wastewater treatment

Common applications include tank loading/unloading, fluid batching, and coating processes—aligning perfectly with Total Finishing’s mission to provide innovative finishing solutions.

AODD pumps offer several advantages that make them suitable for a wide range of applications:

• Versatility: Capable of handling a variety of fluids, including abrasive, corrosive, viscous, and shear-sensitive materials.
• Self-Priming: Can prime themselves, making them easy to start and operate.
• Dry Running Capability: Can run dry without damage, allowing for greater flexibility in operation.
• Explosion-Proof: Safe for use in hazardous environments due to the absence of electrical components.
• Low Shear: Gentle pumping action preserves the integrity of shear-sensitive fluids.

Samoa’s Pivot Series: A Revolution in AODD Pumps

SAMOA’s Pivot Series AODD pumps take performance to the next level. Featuring a patented Pivot-Shaft Air Valve, these pumps deliver frictionless operation, faster changeovers, and reduced vibration. Their optimized manifold design ensures superior abrasion resistance, extending the pump’s lifespan. Plus, fewer parts and standardized bolt sizes mean maintenance is a breeze.

Whether you’re transferring paints in a spray booth or handling wastewater in a manufacturing plant, SAMOA’s AODD pumps deliver reliability and efficiency—a perfect match for Total Finishing’s coating systems.

Partnering for Success

At Total Finishing, we’re committed to pairing industry-leading technology with tailored solutions. Our partnership with SAMOA allows us to offer the best in AODD pump technology to support your finishing needs. Ready to find the right pump for your project?

Checkout our Samoa Pivot Series AODD Pump Lineup! 

• SAMOA UP05 Pivot Series 1/2" Metallic Air-Operated Double Diaphragm Pump
• SAMOA UP03 Pivot Series 3/8" Non-Metallic Air-Operated Double Diaphragm Pump
• SAMOA UP10 Pivot Series 1" Non-Metallic Air-Operated Double Diaphragm Pump
• Samoa UP20 Metallic Pivot Series 2" Air-Operated Double Diaphragm Pump
• Samoa UP30 Pivot Series 3" Metallic Air-Operated Double Diaphragm Pump 

Contact us today and discover how Total Finishing and SAMOA can help you achieve your goals or Visit totalfinishingsupplies.com for more information.

Por qué es importante el aire respirable de calidad D

La seguridad es fundamental en cualquier lugar de trabajo. Como dice el refrán sobre seguridad en el lugar de trabajo: “Un empleado sin formación es un peligro para sí mismo y para los demás”.

Lo mismo ocurre con las herramientas, los equipos y los procesos que no cumplen los requisitos de seguridad. Estos pueden causar lesiones en el lugar de trabajo rápidamente y el aire que respiramos también es fundamental.

El aire respirable de grado D es esencial en todas las aplicaciones. El aire comprimido de grado D debe cumplir con estándares estrictos de múltiples agencias regulatorias, como la Administración de Seguridad y Salud Ocupacional (OSHA).

Cumplir con los requisitos de aire respirable de Grado D no es una tarea que se realiza una sola vez.  Se requiere en instalaciones industriales y aplicaciones donde se utilizan máscaras respiratorias, boquillas y otros aparatos para la inhalación directa de aire. Los expertos deben hacer que el cumplimiento de las normas de cumplimiento forme parte de la rutina diaria, desde la inspección y reparación de los equipos hasta la formación continua de los empleados.

¿Qué es el aire respirable de grado D?

El aire respirable de grado D es aire comprimido que se transmite a través de un respirador y está destinado a ser utilizado como aire respirable por contratistas que manipulen materiales nocivos. Para que se considere aire respirable de grado D, se deben cumplir las siguientes condiciones:

• El aire debe estar libre de cualquier olor notable.
• Los hidrocarburos condensados ​​no pueden superar los 5 mg/m
• El monóxido de carbono no puede superar las 20 partes por millón (ppm)
• El dióxido de carbono debe ser inferior a 1.000 ppm.
• El oxígeno debe ser del 19,5 al 23,5 % (por volumen)

El aire respirable de grado D suele suministrarse desde un sistema de compresor ubicado dentro del área de aplicación o a través de un respirador. Esto permite un flujo de aire constante durante todo el proceso de aplicación. Se debe instalar y mantener un compresor de tornillo rotativo, un suministro de aire comprimido portátil o una bomba de aire libre de acuerdo con las normas CGA G-7.  Los filtros deben cambiarse periódicamente para garantizar la máxima eficiencia y seguridad.

Es importante recordar que los requisitos de aire respirable de Grado D son una parte esencial para completar de manera segura ciertas tareas, como la aplicación de espuma en aerosol, y no deben tomarse a la ligera.

Requisitos de calificación de OSHA para aire respirable de grado D

La OSHA regula los estándares para el aire respirable de grado D. Según la OSHA, el aire comprimido utilizado para la protección respiratoria debe cumplir con ciertas especificaciones, como:

• Contenido de neblina de aceite no superior a 0,5 miligramos por metro cúbico
• Contenido de vapor de agua no superior a 5 miligramos por metro cúbico.
• Contenido de oxígeno no superior al 0,1 por ciento en volumen.

Siempre se debe utilizar protección respiratoria homologada al aplicar pinturas y revestimientos. Se recomienda encarecidamente el uso de respiradores de cara completa con filtros especiales y bien ajustados.

OSHA obliga a los empleadores a proporcionar a sus trabajadores protección respiratoria siempre que trabajen con aire comprimido que contenga contaminantes peligrosos, como vapores orgánicos o nieblas de aceite. Además, los empleadores deben garantizar que

Los trabajadores reciben capacitación sobre el uso y mantenimiento correcto de la protección respiratoria para garantizar la seguridad de todo el personal.  Cumplir con los requisitos de aire respirable de Grado D de OSHA significa un ambiente de trabajo más saludable y un personal preparado e informado.

¿Qué son las normas CGA G-7?

La Asociación de Gas Comprimido ( CGA ) ha estado trabajando para desarrollar y promover estándares de seguridad durante más de 100 años.  La CGA aboga por una “fabricación, transporte, almacenamiento, transbordo y eliminación cada vez mejores, seguros y ambientalmente responsables de gases industriales, médicos y alimentarios y sus contenedores”.

La industria se basa en las normas CGA G-7 para establecer las pautas para el aire respirable de grado D, específicamente en torno a la seguridad de los expertos en instalación de espuma en aerosol. Estas normas también son importantes para cumplir con las regulaciones que rigen la seguridad en las áreas de trabajo.

Las normas de la CGA son similares a las establecidas por OSHA, en el sentido de que el aire respirable de Grado D no debe contener:

• Más de 0,5 miligramos de partículas de aceite.
• Más de 5 miligramos de vapor de agua por metro cúbico

Las normas de monitoreo de monóxido de carbono para el aire respirable de Grado D requieren que los niveles permanezcan por debajo del límite aceptable de 25 ppm.

El protocolo también exige que los filtros de aire del compresor se inspeccionen y cambien periódicamente no solo para garantizar la eficiencia, sino también la seguridad del operador. Con cambios de filtro regulares, quienes aplican espuma en aerosol no están expuestos al polvo, la suciedad, las partículas de aceite u otros contaminantes dañinos.

Cumplimiento normativo | Aplicaciones monousuario vs. aplicaciones multiusuario

Cuando se trata de aplicaciones de espuma en aerosol, tanto las aplicaciones para un solo usuario como las para múltiples usuarios requieren aire respirable de grado D.

Si bien existen estándares CGA G-7 para ambas aplicaciones, existe una diferencia clave: un compresor utilizado por muchos usuarios al mismo tiempo debe estar equipado con un monitor de oxígeno para garantizar que cada usuario reciba aire respirable de Grado D.

Cómo comprobar si el aire respirable es de grado D

Es necesario probar el aire respirable de grado D para garantizar que cumple con los estándares de protección respiratoria requeridos.

Hay una serie de pruebas disponibles para verificar la presencia de partículas de aceite, vapor de agua, oxígeno y otros contaminantes peligrosos del aire.

Una de las pruebas más comunes que se utilizan para verificar el aire respirable de grado D es la prueba de neblina de aceite. La neblina de aceite puede generarse por lubricantes de compresores y otras máquinas y puede causar irritación respiratoria, tos y otros problemas de salud. La prueba de neblina de aceite mide la cantidad de partículas de aceite en el aire y se usa comúnmente junto con otras pruebas, como la prueba de rocío.

La cromatografía de gases es una técnica analítica que se utiliza para detectar la presencia de contaminantes en el aire. La cromatografía de gases analiza la pureza del aire en cuestión (para nuestros fines, el aire comprimido que se respirará durante el funcionamiento). Esta prueba es una técnica muy sensible y precisa, lo que la hace adecuada para analizar la pureza del aire respirable.

Debido a que los requisitos de pruebas de aire respirable de Grado D tienen requisitos específicos que cumplir, las pruebas deben ser realizadas por un profesional experimentado.

¿Por qué existen requisitos de aire respirable de grado D?

Es necesario cumplir con los requisitos de aire respirable de grado D para minimizar las lesiones o muertes en el lugar de trabajo. Optimizar el aire respirable que los expertos en instalación tienen a su disposición significa confiabilidad y mejor moral en el lugar de trabajo, así como trabajadores saludables. Cuando se cumplen los requisitos de OSHA y reglamentarios, los expertos en instalación de espuma en aerosol pueden tener la tranquilidad que prefieren al comenzar un trabajo.

Dónde comprar equipos de aire respirable de grado D

TFS suministra varias marcas de equipos de aire respirable, incluida Tsunami , a quien agradecemos por este blog. Visite TotalFinishingSUPPLIES.com para obtener más información.

Sistema de aire respirable en caso de tsunami, parte 21999-0265

Sistema de aire respirable en caso de tsunami, parte 21999-0980

Binks Millennium 3000

3M® Versaflo™

Filtro SATA serie 5000

EPI Martech

Si trabaja con muchos solventes, considere comprar un reciclador de solventes en lugar de pagar un servicio de reciclaje.

• Reduzca los residuos peligrosos reciclando su disolvente usado
• La compra de un reciclador de disolventes supone un ahorro de costes
• Total Finishing Solutions puede cotizar el reciclador de solventes adecuado para su negocio y brindarle opciones de financiamiento.