Polyoles Polyetheri pro Adhaesivis et Obturantibus PU
| Gradus | Structura | Specificatio | |||||
| Valor OH | Viscositas | Contentum aquae | Functionalitas | Pondus Moleculare | Applicatio | ||
| mgKOH/g | mpa·S/25℃ | % | g/mol | ||||
| PF-040 | TELA Propoxy | 450±30 | 360±100 | ≤0.05 | 3 | 375 | Adhaesiva / Spuma pulverisata / Agens reticulans |
| PF-450 | Glycerolum Propoxy, Voranolum CP 450 gradus competitivi | 380±15 | 330±30 | ≤0.05 | 3 | 450 | Tegumenta/Pavimenta/Fusurae structurales/Adhaesiva |
| PF-1050 | Glycerolum Propoxydum | 170±10 | 250±50 | ≤0.05 | 3 | mille | Tegumenta/Pavimenta/Fusurae structurales/Adhaesiva |
| PF-2080 | Propandiolum Propoxydum | 14±1.5 | 3000±500 | ≤0.05 | 2 | Octo milia | Adhaesiva/Obturantia/Elastomera |
| PF-2120 | Propandiolum Propoxydum | 9.5±1.5 | 6000±2000 | ≤0.05 | 2 | Duodecim milia | Adhaesiva/Obturantia/Elastomera |
Polyola Polyetherum Hydrophilicorum
| Gradus | Structura | Specificatio | |||||
| Valor OH | Viscositas | Contentum aquae | Functionalitas | Pondus Moleculare | Applicatio | ||
| mgKOH/g | mpa·S/25℃ | % | g/mol | ||||
| PF-3500 | Glycerolum Propoxy Aethoxy, Voranolum CP1421 gradus competitivi | 35±2 | 1200±300 | ≤0.05 | 3 | Quinque milia | Spumae lamellares molles et hypermolles flexibiles /Apertor cellularum/Spumae viscoelasticae |
| PF-010 | Glycerolum Propoxy Aethoxy, Voranolum IP 010 gradus competitivi | 22±1 | 2200±300 | ≤0.05 | 3 | Octo milia | MDI modificatum/polyuerthana hidrophilica |
Alia Polyolia Polyetherica Specialia
| Gradus | Structura | Specificatio | |||||
| Valor OH | Viscositas | Contentum aquae | Functionalitas | Pondus Moleculare | Applicatio | ||
| mgKOH/g | mpa·S/25℃ | % | g/mol | ||||
| PF-2802 | Propandiolum Propoxy Aethoxy, Voranol EP 1900 gradus competitivi | 28±1.5 | 800±200 | ≤0.05 | 2 | Quadringenta milia | Altum reactivum, robur lacrimarum pro solis calceorum auget. |
| Y-950 | TOFP Aether propyleni oxidi trimethylolpropani | 950±50 | 6750±750 | ≤0.05 | 3 | CLXXX | Alta vis mechanica pro materia composita |
| PF-3075 | Aether propyleni oxidi trimethylolpropani | 750±20 | 5750±750 | ≤0.05 | 3 | 220 | |
| PF-628 | Sorbitolum Propoxy Aethoxylatum, Voranolum HF505 gradus competitivi | 28±2 | 1600±200 | ≤0.05 | 6 | Duodecim milia | Alta resilientia et commoditas pro materacibus HR ex spuma/latexe stratis stratis |
| PF-R800 | AEEA Propoxy | 800±30 | 17000±2500 | ≤0.05 | 4 | 280 | Autocatalyticum celeriter reactivum pro spuma rigida/adhaesivo/fusione |
| PF-1380 | Saccharosum Propoxydum, Voranolum 280 gradus competitivi | 280±20 | 2750±750 | ≤0.15 | VII | 1380 | Tabula continua et spuma rigida pulverisata ad insulationem caloris |
| PF-585 | Novolac polyol, Voranol gradus competitivi IP 585 | 190±20 | 12000±3000 | ≤0.15 | 3.5 | 1050 | Tabula continua et spuma rigida pulverisata ad insulationem caloris |
Polyethyleni Glycola Superiora
| Gradus | Structura | Specificatio | |||||
| Valor OH | K＋ | Aspectus | Functionalitas | Pondus Moleculare | Applicatio | ||
| mgKOH/g | ≤ppm | g/mol | |||||
| PEG1000 |  | 105-120 | 5 | Liquidum | 2 | mille | Textilia: PEG in industria textili ad varios usus adhibetur, ut antistaticum, lubricans, purgans, decens, emulgens, materia prima ad tincturam, intermedium ad agentes tractandos, et cetera.Gummi: Quia PEG bonam hydrophiliam habet, ut agens liberans pro spuma gummi, gummi latex, et cetera adhibetur.Metallum: PEG ut materia prima in campo inhibitionis corrosionis metallorum, detergentium, et cetera adhibetur. Et abrasivo additur ad effectum abrasivi Pelp & Paper augendum. |
| PEG2000 | 54.5-57.5 | 5 | Solidum | 2 | MM | ||
| PEG3000 | XXXII-XXXV | 5 | Granularis | 2 | tria milia | ||
| PEG6000 | XVIII-XIX | 5 | Granularis | 2 | Sex milia | ||
| PEG10000 | 10.2-12.5 | 5 | Pulvis | 2 | Decem milia | ||
| PEG20000 | 5-6.2 | 5 | Pulvis | 2 | Viginti milia | ||