

GREENTECH EVA MIX PBM-19 is a high-performance liquid admixture based on ethylene vinyl acetate, specifically formulated to enhance Ordinary Portland Cement (OPC) as a concrete surface modifier. This product significantly improves the adhesion of renders, plasters, and floor screeds to various building surfaces. When mixing with GREENTECH tile adhesive series, it provides extra flexibility for deformation property.
Free from aromatic groups, the polymer minimizes the risk of degradation from sunlight and heat, making GREENTECH EVA MIX PBM-19 particularly well-suited for exterior applications. It also boosts the adhesion strength of cement-sand mortar and spatterdash.
GREENTECH EVA MIX PBM-19 is a high-performance liquid admixture based on ethylene vinyl acetate, specifically formulated to enhance Ordinary Portland Cement (OPC) as a concrete surface modifier. This product significantly improves the adhesion of renders, plasters, and floor screeds to various building surfaces. When mixing with GREENTECH tile adhesive series, it provides extra flexibility for deformation property.
Free from aromatic groups, the polymer minimizes the risk of degradation from sunlight and heat, making GREENTECH EVA MIX PBM-19 particularly well-suited for exterior applications. It also boosts the adhesion strength of cement-sand mortar and spatterdash.
USES |
As admixture for tile adhesion to enhance deformability
Mixed with cement to act as a concrete surface modifier, promoting adhesion of renders, plasters, and floor screeds
Enhances adhesion strength of mortar and spatterdash
BENEFITS |
Provide extra flexibility and adhesive strength to tile adhesive and mortar
Acts as a surface modifier to improve the adhesion of render and screed.
Enhances the cohesive strength of mortar.
Provides excellent bonding to concrete, masonry, and panel walls.
Chloride free
PERFORMANCE |

14001:2018
45001:2018
HKCLS License
No.HK-02240
PCCS-TA Issue 2: 2017
Certificate No.: P8334
©2024-2030 Greentech Building Material LTD Technical Support: Zhishengyuan
50001:2018