Omnistab AN-B215
- Omnistab AN B215 is a new antioxidant with excellent performance. It has a long lasting protecting effect on polymers and is widely used in polyefins (CPE and PP), polyamide, polycarbonate, PBT and ABS, etc.

Omnistab AN-B225
- Omnistab AN B225 is a new antioxidant with excellent performance. It has a long lasting protecting effect on polymers and is widely used in polyefins (CPE and PP), polyamide, polycarbonate, PBT and ABS, etc.

Omnistab AN-B900
- Omnistab AN 900 is mainly used in polyethylene and ethylene co-polymers, such as ethylene copolymers. This blend can also be used in other polymers such as engineering plastics, e.g. polycarbonates, polyesters, styrene homo and copolymers, polyurethanes, elastomers, adhesives, and other organic substrates. Omnistab AN B 900 can be used in combination with UV absorbing and HALS products.

Omnistab AN-1010
- Omnistab AN 1010 is a hindered phenol antioxidant. It is non-poisonous, non-discoloring and non-staining. It is a top quality approved international product. It is widely used in a variety of polymer materials, such as polypropylene, polyethylene, polyester, polyurethane, polystyrene, polyxymethylene, PBT, ABS, polyamide, synthetic rubber and so on. Omnistab AN 1010 is also a high grade antioxidant for natural synthetic oil.

Omnistab AN-1076
- Omnistab AN 1076 is an odorless, tasteless product with reduced toxicity. Omnistab AN 1076 is stable to light, so that it can be widely used in polymer materials, such as polypropylene, polyethylene, polystyrene, polyamide, polyxymethylene, ABS, synthetic rubber and so on. It is an effective antioxidant in oil and paint, as well.

Omnistab AN-1098
- Omnistab AN 1098 is an excellent antioxidant for polyamide fibers, molded articles and films. Omnistab AN-1098 can be added prior to polymerization, to protect polymer color properties during manufacturing, spinning or thermal fixation. During the last stages of polymerization or by dry blending on nylon chips, fiber can be protected by adding Omnistab AN 1098 in the polymer melt.

Omnistab AN-1790
- Omnistab AN 1790 is a high performance, sterically hindered phenolic antioxidant of trisphenol class with a cyanuric acid central moiety. Omnistab AN-1790 is especially suited for polyurethane, polypropylene, polyester, polyamide fibers, where it provides excellent gas fading resistance at unusually low road levels. In addition, the molecular structure and the relatively high molecular weight results in a high extraction resistance in highly demanding applications, such as hot water polypropylene pipes.

Omnistab AN-3114
- Omnistab AN 3114 is the primary antioxidant for organic polymers. It is a high performance sterically hindered phenolic antioxidant. It features low volatility, good color stability and a high extraction resistance. It is mainly used in color sensitive applications, such as polypropylene fiber.

Omnistab AN-B800 (DLTDP)
- Omnistab AN 800 is a dialkyl ester of thiodiproprionic acid. Omnistab AN B800 is used as a heat stabilizer in combination with a phenolic antioxidant.

Omnistab AN-B802 (DSTDP)
- Omnistab AN 802 is a dialkyl ester of thiodiproprionic acid. Omnistab AN B802 is used as a heat stabilizer in combination with a phenolic antioxidant.

Omnistab AN-168
- Omnistab AN 168 is a secondary antioxidant with excellent resistance to extraction by water, in addition to having low volatility and high heat stability. It can effectively decompose hydro peroxides produced during the processing of polymeric materials. Omnistab AN 168 is usually compounded with hindered phenolic primary antioxidants to improve thermo stability of polymers during processing. There are over ten kinds of blends of Omnistab AN 168 with phenolic antioxidants, widely used in polymer materials, such as polyefins (eg. Polyethylene, polypropylene etc.), polyamide, polycarbonate, ABS and so on. Omnistab AN 168 has proven to have excellent effects with HALS products.

Omnistab AN-626
- Omnistab AN 626 is a high performance organo-phosphite processing stabilizer which protects polymers from thermo-oxidative degradation during processing by decomposing hydro peroxides to form non-radical, non-reactive products.