Walker Filtration PRO MV Series Medical Vacuum Filter

Name: Walker Filtration PRO MV Series Medical Vacuum Filter
Price: 4036.0 USD
Availability: BackOrder

Compact medical vacuum filter designed to remove solid, liquid, and bacterial contamination from medical vacuum systems.

Select your options below…

"{{ option.noLongerAvailable }}" is no longer a valid option. Please choose from the current set of options.

Need help? Call one of our experts at 1-866-778-6572. We’re open 8:00 am to 5:00 pm ET.

Starting Price: $4,036.00

Selected Options: + ${{ calcAdditionalCost | formatCurrency }}

Request pricing below.

${{ calcCost | formatCurrency }} per {{ calcQuantity }} (${{ unitPrice | formatCurrency }} each) per {{ boxQuantity }} (${{ unitPrice | formatCurrency }} each)

Configured Part Number: {{ calcPartNumber }}

Alternate Part Numbers: {{pn}}
{{pn}}

Request Quick Quote

Get Business Financing!
Payments as low as ${{monthlyPayments}}/mo

View Company Reviews

Highlights...

Features

117 to 318 SCFM capacities
>99.997% particle removal efficiency
≤0.44 PSIG pressure loss (clean and dry)
7 PSI max working pressure
Full vacuum max working vacuum
3" or 4" flange connections
Differential pressure gauge included
Designed to comply with NFPA 99, HTM 02-01, ISO 7396-1, and AS 2896

The Walker Filtration PRO MV Series is a medical vacuum filter that adheres to global medical gas pipeline standards. It's a more compact option compared to regular flanged medical vacuum filters.

PRO MV filters are situated on the suction side of a vacuum pump and are specifically designed for crucial medical applications. Their purpose is to eliminate solid, liquid, and bacterial contamination, providing complete assurance that harmful biological contagions are effectively prevented from entering the vacuum pump and being released into the surrounding environment.

With PRO MV's filtration media and advanced deep pleated element technology, you can enjoy minimal pressure loss and enhanced dirt-holding capacity. Plus, the borosilicate glass microfiber media with low-pressure loss ensures reduced energy consumption, resulting in a low total cost of ownership.