June 16th, 2009 · FAQ
A guide to getting the most out of Formpak Software Active
The Active part of the Formpak Site is a basically a blog. Some of the Active site is open to everyone but even more is private, for Formpak Users only.
We use the Active site to post articles about topics we think might be interesting or useful to you. Please let us know what you think by posting a comment (you get a few minutes after posting to change your mind or edit your comment!)
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Estragol and Methyl Eugenol
Important changes in classification of Methyl Eugenol, Estragol and other ingredients were included in the IFRA /IOFI Labelling Manual 2009, as follows:
- Estragol changes from R22 to R22-40-43-68
- Methyl Eugenol changes from R22 to R22-40-68
This impacts the classification of several essential common oils including Aniseed, Bay, Basil, Fennel and Pine Oil Yarmor. There are some tricky issues surrounding the R phrase R68.
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Tags:ifra iofi labelling manual
A Total Fractional Value, or TFV, is the concentration of a hazardous ingredient divided by the hazard limit of that hazard for that ingredient. They can appear pretty confusing when you first look at them. We’ll explain this in more detail in this guidance document. [Read more →]
Tags:dpd·tfv
This article discusses how to use Concentration Limits on Safety Data Sheets and how they are calculated.
Section 16 of an EC Safety Data Sheet can contain Concentration Limits for various hazards. These can be used to determine if a particular hazard should apply to a downstream product.
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Tags:concentration limits·tfv
This is another tricky concept of the Dangerous Preparations Directive. In essence, when totalling the TFVs (Click here to find out more about TFVs) for a cumulative hazard, you must only consider ingredients present at a concentration at or above a specified limit for the particular hazard – the “Lower Limit of Concentration” – ignore ingredients with a lower concentration. [Read more →]
Tags:concentration limits·dpd
Some ingredients accumulate with each other for IFRA, and have the same IFRA limits across the group. Good examples are Rose Ketones (Damascones) and Methyl Ionones.
The health and safety information for the individual materials is different, but they must also behave as a group for IFRA calculations.
This is a tutorial for original Formpak explaining how this is achieved.
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Tags:accumulation·damascone