Finorchem products

Mercure MBT is semi ultra-fast accelerator / its combinations with booster accelerators are used in NR, SBR, NR-SBR/BR blends, NBR, IIR, EPDM and other synthetic rubber based compounds used for the manufacture of motor cycle and scooter tyres, butyl tubes, cycle tyres and tubes, beltings, retreading materials, footwear, hot air cured products, hoses, cables and miscellaneous molded and extruded rubber products.

Mercure MBTS is semi ultra-fast accelerator / its combinations with booster accelerators are used in NR, SBR, SBR-NR / BR blends, NBR, IIR, EPDM, and other synthetic rubber based compounds used for the manufacture of motor cycles and scooter tyres, butyl tubes, cycle tyre and tubes, beltings, retreading materials, footwear, hot air cured products and miscellaneous molded and extruded products.

A Delayed action Sulphenamide for NR, NR-BR & NR-SBR blend compounds reinforced with finer particle sized furnace blacks. Among the all in the Sulphenamide class, DCBS provides the longest delay for cure. Acmecure DCBS exhibits excellent storage stability. DCBS is used at 06-0.9 PHR for conventional cure system(NR based) & 1.1-1.5 PHR(NR/BR or NR/SBR blend based compounds with normal level of Sulphur).

Mercure DCBS is delayed action sulphenamide is widely used in NR, NR-BR, SBR, NR-/SBR blends based compounds reinforced with fine particle size furnace blacks & required to perform under high stress dynamic applications such as all steel Tires, steel cord belting, OTR Tires, Steel cord Conveyor beltings, camel back (hot retreading), shock absorbers, rubber to metal bonded goods, rubber goods with thick cross sections, intricately shaped rubber goods etc. DCBS exhibits excellent storage stability among the all sulphenamide.

Mercure CBS is a delayed action sulphenamide alone or in combination with small quantities of booster accelerator is widely used in NR, SBR, NR/BR, SBR blend, NBR and other synthetic rubber based compounds used mainly for the manufacture Tires, cycle tyre/tubes, beltings (conveyor, transmission, V and fan belts), tyre retreading and repair materials, footwear, hoses, cables, injection molded products and various compression / transfer molded as well as extruded rubber goods.

It provides excellent tack properties in Rubber compound. It provides not only high initial tack but also offers good tack retention properties in the compound. This resin can be used in all kinds of rubber articles requiring high tack especially in synthetic rubbers and has got good compatibility with all kinds of synthetic rubbers. 

It offers superior tack properties under severe environmental conditions. Better tackifier than PTOP resin.

It is a non-self-curing phenolic resin of the novalac type phenol formaldehyde resin. This can be CNSL modified or Tall Oil modified PF resin. A branched structure that forms a 3-dimensional network upon curing. Thermoplastic until cross-linked with methylene donor and  then becomes a thermoset resin. Ex. FINOREX PN 160B, FINOREX RR 90 AND 90H , FINOREX RR 95 AND 98H , FINOREX RR 110.

This is heat reactive butyl curing octyl phenol formaldehyde resin. Ex. FINOREX PB 1045. Adhesive Resin: Ex. FINOREX PB 518, PB 154 , PB 212, PB 110. Methylol and Dibenzyl ethers  form  Quinone Methide QM intermediate. QM reacts with olefines in rubber to form carbon carbon  bond.

PAMS Resin – Alpha methyl styrene and styrene. Ex. FINOREX AMS-85. Terpene Phenol Resin – Sustainable material. Ex. FINOREX TP-115. Polyterpene resin – Sustainable material. Ex. FINOREX PT-125.