VertecBio™ ELSol products are a full line of bio-based, safe solvents derived from renewable resources. These high-performing solvents and solvent blends are designed for use as formulating ingredients, carrier solvents, and cleaning solvents. The primary ingredient in VertecBio™ ELSol is VertecBio™ EL Ethyl Lactate, an ester solvent derived from renewable sources like corn and sugar beets. Known for its excellent solvating ability, it is effective on a wide range of materials such as resins, pigments, gums, soils, and greases.
VertecBio™ ELSol offers an ideal solution for industries looking for a petroleum-based. In many formulations, the performance of VertecBio™ EL can be enhanced through the addition of co-solvents or other ingredients, providing a customized solvent blend that meets specific needs. As a formulating ingredient, EL and its blends deliver high solvating capacity, making them ideal for the production of concentrated or high-solids products.
When used as a cleaning solvent, VertecBio™ ELSol effectively removes a wide variety of contaminants, serving as a powerful and eco-friendly alternative to petroleum-based solvents. This makes it an excellent choice for industries seeking a safer, greener solvent solution without compromising on performance.
All Vertec Biosolvents' product SDSs are available upon request.
Suggested bio-based replacement for Acetone, with a high performance and a versatile solvent blend for formulations.
Suggested bio-based replacement to Butyl Cellosolve that dries completely with no residue.
Suggested bio-based replacement for Isopropyl Alcohol, and is excellent for lacquer formulating and cleaning.
Suggested bio-based replacement for Acetone, with a high performance and a versatile solvent blend for formulations.
Suggested bio-based replacement to Butyl Cellosolve that dries completely with no residue.
Suggested bio-based replacement for Isopropyl Alcohol, and is excellent for lacquer formulating and cleaning.
Suggested bio-based replacement to Cyclohexanone, with reduced solvent usage and leaves behind no residue.
Suggested bio-based replacement for Tetrahydrofuran, with better cleaning power and reduced solvent usage.
Suggested bio-based replacement for
MEK, with a better cleaning power in a high-performance blend.
Suggested bio-based replacement to Cyclohexanone, with reduced solvent usage and leaves behind no residue.
Suggested bio-based replacement for Tetrahydrofuran, with better cleaning power and reduced solvent usage.
Suggested bio-based replacement for
MEK, with a better cleaning power in a high-performance blend.
Suggested bio-based replacement for MIBK, with better cleaning power, less usage & drying completely with no residue
Suggested bio-based replacement for Butyl Acetate, an excellent solvent for lacquer formulating and cleaning.
Suggested bio-based replacement for Methyl Amyl Ketone (MAK) with increased cleaning power and reduced solvent usage.
Suggested bio-based replacement for MIBK, with better cleaning power, less usage & drying completely with no residue
Suggested bio-based replacement for Butyl Acetate, an excellent solvent for lacquer formulating and cleaning.
Suggested bio-based replacement for Methyl Amyl Ketone (MAK) with increased cleaning power and reduced solvent usage.
Suggested bio-based replacement for
N-methyl pyrrolidone (NMP),
and offers a high cleaning power against polyurethanes.
Suggested bio-based replacement for
N-methyl pyrrolidone (NMP), with a versatile solvent blend for formulating.
Suggested bio-based replacement for PM Acetate, which dries completely with no residue.
Suggested bio-based replacement for
N-methyl pyrrolidone (NMP),
and offers a high cleaning power against polyurethanes.
Suggested bio-based replacement for
N-methyl pyrrolidone (NMP), with a versatile solvent blend for formulating.
Suggested bio-based replacement for PM Acetate, which dries completely with no residue.
Suggested bio-based replacement for Dibastic Ester , with better cleaning power and reduced solvent usage vs. petroleum based DBE
Suggested bio-based replacement for Toluene with lower VOC, better cleaning power and reduced solvent usage.
Suggested bio-based replacement for Xylene , with enhanced cleaning power and reduced solvent usage.
Suggested bio-based replacement for Toluene with lower VOC, better cleaning power and reduced solvent usage.
Suggested bio-based replacement for Xylene , with enhanced cleaning power and reduced solvent usage.
Looking to find the right product for your application?
Looking to find the right product for your application?
All Rights Reserved | Vertec BioSolvents Inc.
Privacy & Terms