19-304-822

Foamtec PharmaMOP™ Cleanroom Mop Heads, Sterile

Manufacturer: Fischer Scientific

Select a Size

Pack Size SKU Availability Price
Case of 100 19-304-822-Case-of-100 In Stock ₹ 1,18,158.36

19-304-822 - Case of 100

₹ 1,18,158.36

In Stock

Quantity

1

Base Price: ₹ 1,18,158.36

GST (18%): ₹ 21,268.505

Total Price: ₹ 1,39,426.865

Product Type

High Fluid Capacity Cleanroom Mop Head

Autoclavable

Autoclavable

Quantity

1.45 lb.

Material

Polyester

Sterility

Sterile

Size

1.45 lb.

For Use With (Application)

For cleaning and disinfection of rough surfaces and high soil areas, ISO class 1 to 7 cleanrooms

Description

  • Enables the quick, efficient cleaning of surfaces stained with disinfectant residues Gamma irradiated EzGLIDE™ polyester mop head 0.125 in
  • foam core Certifications ISO 9001:2000

Compare Similar Items

Show Difference

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Fischer Scientific

19-304-822

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Product Type:
High Fluid Capacity Cleanroom Mop Head

Autoclavable:
Autoclavable

Quantity:
1.45 lb.

Material:
Polyester

Sterility:
Sterile

Size:
1.45 lb.

For Use With (Application):
For cleaning and disinfection of rough surfaces and high soil areas, ISO class 1 to 7 cleanrooms

Img

Fischer Scientific

19-304-823

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Product Type:
EzGLIDE Polyester Mop Head

Autoclavable:
__

Quantity:
1.45 lb.

Material:
Polyester

Sterility:
Sterile

Size:
1.45 lb.

For Use With (Application):
For cleaning and disinfection of rough surfaces and high soil areas, steam sterilization cycle

Img

Fischer Scientific

19-304-825

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Product Type:
EzGLIDE Microfiber Mop Head

Autoclavable:
__

Quantity:
__

Material:
Microfiber

Sterility:
Sterile

Size:
Large (1.45 lb.)

For Use With (Application):
For cleaning and disinfection of rough surfaces and high soil areas, steam sterilization cycle

Img

Fischer Scientific

19-304-851

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Product Type:
__

Autoclavable:
__

Quantity:
__

Material:
Diamond

Sterility:
__

Size:
__

For Use With (Application):
Quick removal of process induced residue from Aluminum, Stainless Steel, Ceramic, Glass, Quartz and Anodized surfaces while minimizing tool wear