[No public or meaningful name is available]

Endpoint summary

Description of key information

Physico-chemical properties were determined from experimental testing. Some endpoints were waived, based on chemical structure or experience.

The substance is a low melting solid at ambient temperature, slightly more dense than water, and with low volatility.

In water, it is slightly soluble, with neutral pH, but should display weak surface-active properties. However, despite the standardised test shows surface-active potential under the experimental conditions, it is not considered as a true surfactant, due to the chemical structure of the substance, non-intended use and observed behaviour of the substance in the water solubility and partition coefficient studies.

It has potential for bioaccumulation and aquatic chronic toxicity.

It is NOT classified as dangerous with regard to physical hazards, based on CLP criteria.

Moreover, the LR quality contains almost no inhalable particle, and has limited potential for dust explosion.

Additional information

Summary of relevant physico-chemical properties:

Endpoint	Data
Appearance	White crystalline powder
Melting point	46.1°C
Boiling point	317.3°C (under nitrogen, atmP not specified)
Relative density	1.081 (at 20°C)
Particle size distribution	Median diameter (D50) = 534μm D10 = 280 µm; D90 = 923 µm Inhalable fraction (<117μm) < 0.36% Dust particles (<541 μm) ca 15%
Vapour pressure	0,19 Pa at 25°C
Partition coefficient	Log Kow = 4.77 (25°C, pH 7.2)
Water solubility	5.4 mg/L at 20°C
Surface tension	55.8 mN/m, at 90% saturation expected (ca 11.56 mg/L estimated from DOC) No structural alert, not a desired property.
Flammability	No ignition in contact with a flame.(melts only) Flash Point = 151°C (melted substance)
Self-Ignition Temperature, Self-heating properties	No relative self-ignition, or self-heating, anticipated, as a low melting solid.
Flammability if contact with air or water	No spontaneous ignition, or release of flammable gas expected, based on chemical structure and experience.
Explosive properties	Testing not required, based on chemical structure. Not explosive with regard to heat sensitivity (experimental).
Oxidising properties	Testing not required, based on chemical structure. A 60% mixture with cellulose burns in air, but does not ignite under argon (experimental).
Self-reactive properties	No potential, based on chemical structure.
Organic peroxide	Not a peroxide, based on chemical structure.