Compatibility with materials

Compatible with materials normally used in refrigeration oils, metals, elastomers, etc. 

Are liquids used to cool or purge seals compatible with materials processed in the equipment If so, are temperature, pressures, and materials appropriate for the seal components and reflected in procedures ... 

Compatibility with materials of construction, with lubricating oils, and with other materials present in the system... 

In the third step, the chemical structure is used to determine if the substance is compatible with materials which are common to the process unit, such as air, water, oxidizers and combustibles, acids, alkalies, catalysts, trace metals, and process utilities (see Section 2.2.4). Even if the substance is considered to be a non-explosion hazard (both nonenergetic and compatible with the... 

Materials of construction should be selected to be compatible with materials used as control measures, such as sanitizing, cleaning, and passivating media. 

Have suitable viscosity to enable recirculation and Be chemically compatible with materials in the analyzer. 

Plasticizer A substance incorporated into a materiai such as plastic or rubber to increase its softness, processability, and flexibility via solvent or lubricating action or by lowering its molecular weight Plasticizers can lower melt viscosity, improve flow and increase low-temperature resilience of material. Most plasticizers are nonvolatile organic liquids or low-melting-point solids, such as dioctyl phthalate or stearic acid. They have to be non-bleeding, nontoxic, and compatible with material. Sometimes plasticizers play a dual role as stabilizers or cross-linkers. 

Compatible with materials of construction, that is, noninjurious to metal and wood. 

Process equipment is compatible with materials used and is properly designed. 

Compatibility with materials Generates corroded products Easy to prevent corrosion Favorable... 

Fitting the detailed shape of the mid-T plateau region determines (t)j(x) and thus also fj, but the latter must also be compatible with material balances involving (j)g and with corresponding volume fractions. This is illustrated for symmetrical profiles ( =0.5) in Fig. 13, where the influence of three different types of < >] (x) are represented. Note that the nonlinear profiles give G plateaus which are distorted—relative to the linear-profile case—in a... 

The containers at the facility are compatible with materials stored and conditions of storage such as pressure and temperature. [ 112.8(c)(1) and 112.12(c)(1)] ... 

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