0

Products Category

Support Online

6407-6477 Petrifilm™ Yeast and Mold Count Plates

Manufacturer

Neogen - USA

Model

6407-6417

Supplier

Trung Hai Science., Co Ltd

More>>>

  • Order
  • Your information

    6407-6477 Petrifilm™ Yeast and Mold Count Plates

    • Quantily

 

 

 

 

  • Results in 3-5 days.
  • Plates are sample-ready, eliminating the time-consuming, cumbersome step of preparing media/agar dishes.
  • No pH adjustment is required
  • This plate has been awarded Official Methods of Analysis (OMA) #997.02 for food
  • Food processors and Contract labs worldwide trust 3M Petrifilm Plates to provide accurate, efficient, consistent results.

This 3M Petrifilm Yeast and Mold Count Plate is a sample-ready-culture medium system which contains nutrients supplmented with antibiotics, a cold-water-soluble gelling agent, and an indicator that facilitates yeast and mold enumeration.

 

 

 

 

Approved Environmental Marketing Claim (EMC)
Neogen Petrifilm Plates provide a significantly more sustainable alternative to traditional agar tests for quantitative microbial indicator testing of food and beverages. Reducing: 66% Waste 75% Greenhouse Gas Emissions 76% Energy Use 79% Water, 3M Petrifilm Plates provide a sustainable alternative to traditional agar tests for microbial testing of food and beverages. Reducing: 66% Waste, 75% Greenhouse Gas Emissions, 76% Energy Use and 79% Water
Brand
3M™ Petrifilm™
Manufacturing Segment
Ready-to-eat
Product Type
Test
Quantity
100 plates/box, 1000 plates/case
Recommended Industry
Bakery, Beverage & Bottled Water, Confectionary, Dairy, Eggs, Fruits & Vegetables, Grain & Oilseed Milling Sector, Meat, Nutraceuticals, Nuts, Poultry, Sauces & Spices, Seafood
Storage Temperature
Store at temperatures less than or equal to 8°C.
Test Type
Environmental Test
US Govt Contract Number
GS-07F-091BA

 

 

Method
United States: Counting the AOAC Colonies Official Method 997.02
Canada: Sampling of yeast and mold by MFLP-41A method
Food products and yeast and mold ingredients by MFHPB-32 method