TYTAN™

TYTAN™ AQ33 by Borica is an aqueous titanium chelate. Acts as a water soluble catalyst. Provides increased thermal stability, lower odor & color (due to better reaction selectivity), lower cycle... view more

TYTAN™ AQ5000 by Borica is an aqueous titanium chelate. Acts as a water soluble catalyst. Provides increased thermal stability, lower odor & color (due to better reaction selectivity), lower cycle... view more

TYTAN™ BIP is a propylbutyl titanate by Borica. It acts as a catalyst. It exhibits high reactivity and low freezing point. It possesses high titanium content. TYTAN™ BIP is recommended for the... view more

TYTAN™ CA-B116 by Borica is bismuth based (16% Bi) grade. It acts as an organometallic catalyst. Provides reduced toxicity with higher selectivity and less gassing in the presence of... view more

TYTAN™ CA-B224 by Borica is a bismuth based (24% Bi) grade. Acts as an organometallic catalyst. Exhibits a similar reaction profile as DBTDL and offers slow to moderate speed. Provides reduced... view more

TYTAN™ CA-MX16 by Borica is a zinc and bismuth mixture based grade. Acts as an organometallic catalyst. Offers reduced toxicity with higher selectivity and less gassing in the presence of moisture... view more

TYTAN™ CA-Z119 by Borica is a zinc based (19% Zn) grade. Acts as an organometallic catalyst. Exhibits lower activity and longer pot life. Provides reduced toxicity with higher selectivity and less... view more

TYTAN™ CA-Z222 by Borica is a zinc based (22% Zn) grade. Acts as an organometallic catalyst. It shows lower activity but has a longer pot life. Offers reduced toxicity with higher selectivity and... view more

TYTAN™ CP-219 by Borica is isostearyl titanate-based coupling & dispersing agent. It is a molecular bridge at the interface between inorganic filler such as CaCO3, BaSO4, graphite, carbon black... view more

TYTAN™ CP-317 by Borica is a isostearyl titanate. Acts as a coupling & dispersing agent. It is a molecular bridge at the interface between inorganic filler such as CaCO3, BaSO4, graphite, carbon... view more

TYTAN™ CP-318 by Borica is a stearyl titanate. Acts as a coupling & dispersing agent. It is a molecular bridge at the interface between inorganic filler such as CaCO3, BaSO4, graphite, carbon black... view more

TYTAN™ CP-326 by Borica is a pyrophosphate titanate. Acts as a coupling & dispersing agent. It is a molecular bridge at the interface between inorganic filler such as CaCO3, BaSO4, graphite, carbon... view more

TYTAN™ EHT by Borica is a tetra 2-ethylhexyl titanate. It acts as a catalyst. It exhibits reduced moisture sensitivity. It requires very low chemical oxygen demand to produce effluents. TYTAN™ EHT... view more

TYTAN™ ET by Borica is a tetra ethyl titanate. Acts as a catalyst. Exhibits high Ti-content and reactivity. Offers increased thermal stability, lower odor & color (due to better reaction... view more

TYTAN™ TBT by Borica is a tetra n-butyl titanate. Acts as a catalyst. Exhibits high Ti-content & reactivity and lower freezing point. Provides increased thermal stability, lower odor & color (due... view more

TYTAN™ TIPT by Borica is a tetra iso-propyl titanate. Acts as a catalyst. Exhibits high Ti-content and reactivity. Provides increased thermal stability, lower odor & color (due to better reaction... view more

TYTAN™ TNBT by Borica is a tetra n-butyl titanate. Acts as a catalyst. Exhibits high Ti-content & reactivity and lower freezing point. Provides increased thermal stability, lower odor & color (due... view more

TYTAN™ TNBZ by Borica is a tetra n-butyl zirconate. Acts as a yellowing-free catalyst. Provides increased thermal stability, lower odor & color (due to better reaction selectivity), lower cycle... view more

TYTAN™ TNPT by Borica is a Tetra n-propyl titanate. Acts as a catalyst. Exhibits high Ti-content & reactivity and lower freezing point. Provides increased thermal stability, lower odor & color... view more

TYTAN™ TNPZ by Borica is a tetra n-propyl zirconate. Acts as a yellowing-free catalyst. Provides increased thermal stability, lower odor & color (due to better reaction selectivity), lower cycle... view more