Properties

Guide to Property Calculation Methods

Property Calculation Methods In Formpak, calculation methods are used to help define the logic of calculated properties. There are many calculation methods pre-loaded in Formpak, each providing different methods for calculating properties. The calculation method of a property can be found on the ‘Calculation’ tab of a property: You can see more details of a calculation method in ‘View a Property Calculation Method’. This includes information such as the ‘Calculation...
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Hydrocarbons & Aspiration Hazard H304

How to manage Aspiration Hazard on New Formpak The criteria for a substance meeting the Aspiration hazard criteria (Aspiration Hazard Category 1 and carrying H304) can be summarised as those substances: known to cause aspiration toxicity hazards based on evidence which are hydrocarbons with kinematic viscosity less than or equal to 20.5mm2/s at 40 degrees C. Regarding the viscosity quoted, this is quite thick, so practically speaking, most hydrocarbons would be classified with Aspiration Hazard...
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IFRA Categories and IFRA Classes

IFRA Categories and IFRA Classes In the Properties tab of a raw material and a formulation there are two property groups relating to pre-IFRA 49th Amendment. Below are two screen shots which introduce the information contained in these property groups. These are also available to download in this PDF to give you capability to increase the size of the images. IFRA Categories IFRA Classes   Last updated Dec 2019...
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IFRA Maximum Pragmatic Level

IFRA Maximum Pragmatic Level IFRA advise some applications require a Maximum Pragmatic Level. The IFRA Categories are: Category 8 Hair Styling Aids 2% Category 9 Rinse-off Hair Conditioners 5% Category 10 Hard Surface Cleaners 2.5% IFRA say: Maximum Pragmatic Level: Practical considerations require setting a default maximum level of the fragrance ingredients identified as dermal sensitisers for some product types. This pragmatic level is defined as that “not exceeding the usual concentrati...
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Inhalation Acute Toxicity (LC50)

Entering Inhalation Acute Toxicity (LC50) First check the units for LC50 are consistent with the units in the GHS regulation for the type of product (mist / vapour / dust). The regulation shows the following: If the units are inconsistent, you should convert the value. For example you may need to convert a value given in units of mg/m3 to units of mg/l. When your value and units are consistent enter the value in property LC50 Inhalation, and select the appropriate route for the property using pr...
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Determine the level of important raw materials

Adding a property to determine the level of important raw materials Although the composition of raw materials and formulations are easily accessible, there may be certain raw materials which are high priority and you want to actively display the level present. To do this, you use properties and you can calculate levels as percentages or ppm or other values. The two key methods follow: Add a new property e.g. ‘Ethanol Percentage’ as a percent property, calculated = yes, based on metho...
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Differences in allergens declared on Safety Data Sheet vs Allergen Declaration

Why are there differences in allergens declared on a Safety Data Sheet vs Allergen Declaration? These two documents have a different definition of what you might call an “allergen” which relates to the different regulations involved. The allergens which appear in the Allergen Declaration relate to a specific list of allergens from the Cosmetic regulation, and these allergens need to appear on the label of the cosmetic pack if above specified levels. All allergens present in the item...
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Enter LC50 Values for Raw Materials

Enter LC50 Values for Raw Materials This is a brief guide to entering LC50 values for raw materials on to Formpak to facilitate mixture calculations for inhalation toxicity relating to GHS and Safety Data Sheets. Background in GHS GHS refers to different types of airborne ‘stuff’: gases, vapours, dusts/mists. The units in GHS for these different forms are gases ppmV, vapours mg/l and dusts/mists mg/l. The calculation to estimate the ATE Inhalation requires the airborne form and the u...
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EUH208 Phrase – differences between Raw Materials and Formulations

EUH208 Phrase – differences between Raw Materials and Formulations There is a different rule in the regulation (and therefore Formpak) for raw materials vs formulations for phrase EUH208 of CLP. This means EUH208 will appear automatically for Formulations but not for Raw Materials. EUH208 phrase is “Contains (name of sensitising substance). May produce an allergic reaction”. For additional background the CLP Regulation in ATP No. 286/2011 says: “Article 2.8. Mixtures cont...
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Changing a UN Number

Changing a UN Number Many ingredients that are hazardous for transport have their own UN number which must be assigned to simple Raw Materials (i.e. those without composition). For complex Raw Materials and Formulations, Formpak calculates a UN number based on the hazards of the mixture, however, you may wish to change it for an alternative number. Go to Modify a Raw Material or Modify a Formulation and enter your item code. Click the Properties tab, select Property Group Transport Hazards. Unch...
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