Multiwax W-835 is a microcrystalline wax this is an odorless, tasteless, nonpolar hydrocarbon with a relatively high melting point. Multiwax 180-M acts as a carrier for compounds that prevent rust in a wide range of industries.
Multiwax W-445 is a microcrystalline wax this is an odorless, tasteless, nonpolar hydrocarbon with a relatively high melting point. Multiwax W-445 acts as a carrier for compounds that prevent rust in a wide range of industries.
Multiwax 180-W is a microcrystalline wax this is an odorless, tasteless, nonpolar hydrocarbon with a relatively high melting point. Multiwax 180-W acts as a carrier for compounds that prevent rust in a wide range of industries.
Multwax 180-M is a microcrystalline wax this is an odorless, tasteless, nonpolar hydrocarbon with a relatively high melting point. Multiwax 180-M acts as a carrier for compounds that prevent rust in a wide range of industries.
Multiwax ML-445 is a microcrystalline wax this is an odorless, tasteless, nonpolar hydrocarbon with a relatively high melting point. Multiwax ML-445 acts as a carrier for compounds that prevent rust in a wide range of industries.
Exilva P 01-L is a microfibrillated cellulose that is a multifunctional bio-based additive. Exilva F 01-L can offer improved flow and sag/drip control, formulation stability, enhanced spray ability for thick formulations, improved workability, oxygen barrier and reinforcing effect, and good water resistance.
The Exilva P series is designed to provide high control of rheology in systems where large/heavy particulates are present and make stabilization complex.
Exilva F 01-L is a microfibrillated cellulose that is a multifunctional bio-based additive. Exilva F 01-L can offer improved flow and sag/drip control, formulation stability, enhanced spray ability for thick formulations, improved workability, oxygen barrier and reinforcing effect, and good water resistance.
The Exilva F series is designed for extreme shear thinning capabilities, greater surface area, higher water retention values, and multifunctional performance.