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Since I haven’t seen the context, there may be something wrong. For reference, DONOR raw material TEAL Teal [Color] sapphire blue: Moderate or dark bluish green to greenish blue Atmer163 ATMER 163 is a long-lasting antistatic agent with excellent performance. ATMER 163 is a clear, water-like, low viscosity liquid. It is effective on polyolefins and styrene. Due to its synthetic nature, ATMER 163 has excellent antistatic effects, stable quality and FDA food contact approval for PP injection molding product applications. Chemical name: Ethoxylated amine Application: ATMER 163 is an internal antistatic agent, it is used in film, injection molding and flat extrusion. ATMER 163 is usually mixed with ATMER 129 in a 1:2 ratio in injection molding and flat extrusion due to their excellent synergy. AMTER 163 is used as a processing aid in some PP production and processing. Performance advantages: ATMER 163 is an internal antistatic agent suitable for injection molded products requiring food contact certification and other good functions. Used alone ATMER 163 is recommended for very thin films. In injection molded products, the mixture of ATMER 163 and ATMER 129 can have excellent antistatic effects. By providing a demoulding function, it can reduce cycle time and improve the apparent quality of injection molded products. Under the terms of FDA CFR 178.3130, ATMER 163 is the only liquid ethoxylated amine antistatic agent approved by the FDA for PP injection molding product applications. In flat material extrusion, ATMER 163 and ATMER 129 have better results when used together. In PP synthetic processing, ATMER 163 can improve processing results, such as high output (anti-fouling, anti-static, etc.). ATMER 163 cannot be used on PVC. Product properties: ATMER 163 clear or dim liquid Application guidelines: Polyolefin film: 0.05% ~ 0.15% Polyolefin injection molding products: 0.10% ~ 0.15% Styrene: 1.0% ~ 1.5% Physical properties: Flash point above 127℃ Storage period is 24 months

TEAL: Triethylaluminum Triethylaluminum is mainly used in organic synthesis and also used as rocket fuel. This product has strong irritating and corrosive effects, mainly damaging the respiratory tract and conjunctiva of the eyes. Inhalation of high concentrations can cause pulmonary edema. Inhaling its fumes can cause smoke fever. Skin contact can cause burns, causing congestion, edema, and blistering, which can be severe and painful. Ziegler-Natta initiator is currently the only initiator that can polymerize propylene, butene and other α-olefins. Two heterogeneous Ziegler-Natta initiators, TiCl3/AlEt3 and TiCl4/AlEt3, can initiate coordination directional polymerization reactions. The two are not only more thoroughly studied theoretically, but also have the most industrial significance.