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72% Hexa Methoxy Methyl Melamine (HMMM) RUBBOND HM72 has been successfully designed to meet the stringent needs of cord-rubber properties of tire and non-tire industries. It offers a balanced combination of good adhesion and excellent fatigue resistance in conjunction with Methylene acceptors... Read more »
Excellent retarder for most accelerators, especially good with sulfenamides. Excellent dispersion in NR. Used to stabilize the scorch time of uncured compound that is stored for long periods. Moisture less than 15%. Read more »
Technic KR140 resin structure is similar to Koresin®. Therefore, this resin could be used as a high performance tackifier resin for the production of bias and radial tires, conveyer belts, V-belts, industrial hoses, cables and roll coverings. Read more »
Fast-curing primary or secondary accelerator for NR, SBR, Nitrile and EPDM. Closely resembles TMTD in its application. Read more »
Thiazole and sulfenamide booster, accelerator. Non-nitrosoamine generating. Can replace TMTD in many applications. Excellent accelerator for curing thick rubber articles. Read more »
Fast-curing ultra-accelerator for NBR, EPDM and most other polymers. May be used alone or with thiazoles. Cure modifier in CR: retards G-types, accelerates W-types. TMTD can also act as a sulfur donor for semi-EV and EV-type cure systems. Vulcanizates that are cured with TMTD used as an... Read more »
Non-staining, non-coloring Sulfur curing agent. Used to retard bin scorch, prevent migration of sulfur and preserve surface tack which is important in the manufacture of tires and other plied-up rubber goods. Read more »
Blend of MR1085C and naphthenic oil to improve flow in automatic pumping equipment. Only slight heating required to maintain low viscosity for good flow. Read more »
Blended waxes with various melt point ranges and molecular weight distributions. Blended waxes provide static ozone protection through surface migration. A variety of waxes are available that can provide designed protection for the final product use from indoor to outdoor and from low to high... Read more »
Blended waxes with various melt point ranges and molecular weight distributions. Blended waxes provide static ozone protection through surface migration. A variety of waxes are available that can provide designed protection for the final product use from indoor to outdoor and from low to high... Read more »
Economical non-staining, non-discoloring antioxidant. High MW for good heat stability. Effective in NR, synthetic polymers and latex. Excellent persistent antioxidant that also provides good heat aging. Read more »
Oxoflex BL – 75 is an excellent general purpose staining antioxidant. It confers very good heat resistance and good flex cracking resistance. Will not alter cure characteristics. It is specially suited for Tires, belting and a wide range of mechanical rubber goods. Read more »
An alkylated diphenylamine, very effective antioxidant providing long term protection. Also protects against flex cracking, metal ion degradation, and heat aging. Non-staining and only slightly discoloring in sunlight. Read more »
Oxoflex ZMTI is designed for latex and dry rubber application for flex and heat aging protection. It is synergistic with Oxoflex TDQ and Oxoflex DPA. It is extremely effective in Nitrile and EPDM. Read more »
Migrates to surface for static ozone protection. FDA approved. Read more »
Melting Point 97-105°C, Peptizing effect in NR and IR upwards of 60°C. HA50 decreases the viscosity of compounds based on NR resulting in an easier processing, which leads to higher extrusion rates, better dimensional stability and a stable die swell. HA50 provides a good dispersion of the... Read more »
Standard tackifier for most tire applications. R&B of 90-105ºC. Gives better aged tack than hydrocarbon or rosin-based tackifiers. Read more »
Mainly used in solvent based polychloroprene or nitrile adhesives. Gives excellent green tack, cohesive strength, light color, good heat resistance and excellent storage properties. Read more »
Rubbond RR90 can be used as a reinforcing agent for rubber compounds containing natural rubber (NR), styrene-¬‐butadiene rubber (SBR), butadiene rubber (BR), nitrile-¬‐butadiene rubber (NBR), ethylene propylene diene monomer (EPDM) rubber and chloroprene (CR) rubbers for the manufacture of... Read more »
SA 590 is used in rubber compounding as an activator and process aid. It is also used in esters for various lubricant applications as metalworking and textile lubricants, and in the preparation of soaps, emulsifiers and metallic stearates. Read more »
Delayed action sulfenamide accelerator. CBS has the ability to provide fast efficient mixing of difficult, highly loaded carbon black reinforced compounds without sacrificing scorch safety or physical properties. Its vulcanizates have good reversion and aging resistance. Read more »
Ultra accelerator for CR and a secondary accelerator for natural rubber, EPDM and SBR. Also used as a corrosion inhibitor in non-rubber applications. Read more »
Delayed-action slow curing sulfenamide accelerator. DCBS has the best scorch resistance of all sulfonamide accelerators. DCBS provides lower modulus than CBS, TBBS, MBS, MOR, thus will require higher use levels for equivalent physicals. DCBS is more often used in steel skim compounds for... Read more »
Non-staining thiazole and sulfenamide booster, accelerator Non-nitrosamine generating. More active than DPG. Can be used in curing Vamac G (registered trademark of Dupont). Slow curing primary accelerator for natural rubber but too slow for synthetic rubbers. DOTG has more scorch safety than... Read more »
Thiazole and sulfenamide booster, accelerator. Non-nitrosoamine generating. Can replace TMTD in many applications. Excellent accelerator for curing thick rubber articles. Read more »
Secondary accelerator and sulfur donor. Has more scorch safety than TMTD or TETD. Vulcanizates cured with DPTT have excellent aging properties and good heat resistance. Read more »
Slow accelerator for dry rubber and latex. Used in medical goods and tires. Provides good heat aging. Read more »
Sulfur donor or accelerator with long scorch safety. Excellent for hard to process compounds such as highly loaded compounds and compounds that are calendered. Vulcanizates cured with DTDM have excellent heat aging properties. Read more »
Has the longest scorch delay of the delayed action thiazole and sulfenamide accelerators making it ideal for calendered compounds such as steel belt and textile skim compounds. It is particularly suited for steel belt skim compounds. Read more »
Fast-curing accelerator suitable for use in most polymers. Best results are obtained with a thiuram, dithiocarbamate or guanidine booster. Read more »
Similar in performance to MBT, but provides much greater scorch resistance. Can also be boosted with thiurams, dithiocarbamates, and guanidines. Read more »
Delayed-action sulfenamide accelerator. TBBS has the ability to provide fast efficient mixing of difficult, highly loaded carbon black reinforced compounds without sacrificing scorch safety or physical properties. Its vulcanizates have good reversion and aging resistance. Read more »
Fast-curing ultra accelerator for NBR, EPDM and most other polymers. Read more »
Sovchem TMQ is a moderate antioxidant that is very long lasting. When used in high amount (above 5 phr) it is a mild antiozonant. Read more »
Fast curing ultra-accelerator for nitrile, EPDM and most other polymers. May be used alone or with thiazoles. Gives tight cure with good compression set, high modulus, good color and age resistance. Read more »
Ultra accelerator that is activated at low temperatures. Also used as a stabilizer in NR and as an antioxidant in thermoplastic rubbers, butyl rubber and hot melts. Read more »
Ultra accelerator that is activated at low temperatures. Can be used as a primary and a secondary accelerator. It has a medium scorch safety for a dithiocarbamate. Vulcanizates have excellent aging properties Can be used in natural rubber and most synthetic elastomers. Also used in latex.... Read more »
Used in formulating adhesives with NBR, SBR, natural and reclaimed rubbers. More extensively employed in the preparation of general purpose and heat-activating polychloroprene cements. Read more »
Especially suited for products where outdoor weather resistance and heat resistance are needed. Recommended for tires, weather stripping, insulated wire/cables, hose, footwear, conveyor belts, 0-rings, gaskets, seals, windshield wiper blades, motor mounts, automotive weather stripping, etc. Read more »
Non-staining, non-coloring Sulfur curing agent. Used to retard bin scorch, prevent migration of sulfur and preserve surface tack which is important in the manufacture of tires and other plied-up rubber goods. Read more »
Can be used as a resorcinol component of the Dry Bonding System for adhesion of synthetic tire cord and brass plated tire cord to rubber. Read more »
Can be used as a resorcinol component of the Dry Bonding System for adhesion of synthetic tire cord and brass plated tire cord to rubber. Read more »
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