Braskem PIB 24 is a non-toxic, medium molecular weight, tackifier by Braskem. It shows weather-, temperature- & water resistance and excellent water vapor & gas barrier properties. It is recommended... view more

Braskem PIB 240 is a non-toxic, medium molecular weight, tackifier by Braskem. It is suitable for electrical insulators and hot melt adhesives. It is recommended for removable and pressure-sensitive... view more

Braskem PIB 32 is a non-toxic, medium molecular weight, tackifier by Braskem. It shows weather-, temperature- & water resistance and excellent water vapor & gas barrier properties. It is recommended... view more

Braskem PIB 4 is a non-toxic, medium molecular weight, tackifier by Braskem. It shows weather-, temperature- & water resistance and excellent water vapor & gas barrier properties. It offers good... view more

Braskem PIB 6 is a non-toxic, medium molecular weight, tackifier by Braskem. It shows weather-, temperature- & water resistance and excellent water vapor & gas barrier properties. It is recommended... view more

Braskem PIB 8 is a non-toxic, medium molecular weight, tackifier by Braskem. It shows weather-, temperature- & water resistance and excellent water vapor & gas barrier properties. It is recommended... view more

Braskem Unilene® A-100 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® A-80 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It is soluble in most solvents. It shows excellent... view more

Braskem Unilene® A-90 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® B-100 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® B-110 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® B-120 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® B-130 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It shows excellent compatibility with EVA, SIS & SBS and... view more

Braskem Unilene® B-140 is a solvent-based, water-repellent C9 aromatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® T 101 is a solvent-based, water-repellent C5 aliphatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and good... view more

Braskem Unilene® XT 100 is a solvent-based, water-repellent C5-C9 modified aliphatic resin by Braskem. It acts as a tackifier and as an adhesion promotor. It offers improved control of open time and... view more

Unilene® A-100 LN by Braskem is a low molecular weight, thermoplastic aromatic C9 hydrocarbon-based tackifier. It has a controlled naphthalene content which allows for a less pronounced odor when... view more

Unilene® A-90 LN by Braskem is a tackifier based on low molecular weight, thermoplastic aromatic C9 hydrocarbon resin. It has a controlled naphthalene content which allows for a less pronounced odor... view more

Unilene® B-100 LN by Braskem acts as a tackifier based on low molecular weight, thermoplastic aromatic C9 hydrocarbon resin. It is obtained through catalytic polymerization in a continuous process... view more

Unilene® B-110 LN by Braskem is a tackifier based on low molecular weight, thermoplastic aromatic C9 hydrocarbon resin. It is obtained through catalytic polymerization in a continuous process... view more