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Protectant formulations

But the droplets are fragile, and must be lucidly protected. Formulating an industrial emulsion implies numerous conditions stability, efficiency, easy delivery, price,. .. This is an art, and like all forms of art it requires experience and imagination. The present book provides both. It describes basic experiments on realistic model systems. I like this matter of fact approach. For instance, instead of beginning by formal discussions on interaction energies, the book starts with methods offabrication. And, all along the text, the theoretical aspects are restricted to basic needs. [Pg.236]

Crop protection formulations used Compliance with EPA regulations (not... [Pg.4]

Phosphate esters are widely used in metalworking and lubricants. A C12 h with 6 mol of ethylene oxide (diester) can be used as an emulsifier but also as an extreme pressure additive - it can reduce wear where there is high pressure metal to metal contact. PEs can also show corrosion inhibiting properties, as with petroleum sulphonates and the emulsifying power of PEs with low foam is used in agrochemical formulations. PEs can act as dispersants or hydrotropes in plant protection formulations, allowing the development of easy-to-handle and dilute formulations of both poorly miscible and insoluble herbicides. [Pg.124]

The addition of nonlipid fillers or bulking agents to improve the functional properties of edible moisture barrier (viscosity, adherence on substrate) is more frequent in commercial and patented coatings/films than in scientific literature. Indeed, in commercial references the barriers are often tested on the product to protect. Formulations are thus developed to try to adjust the viscosity of the coating and its mechanical properties in order to obtain a good adherence and protection to the coated product. [Pg.562]

These enzymes are promising for destruction of chemical weapons stockpiles, soil remediation, decontamination of materials, protective equipment, and water polluted by pesticides and nerve agents (Russel et al, 2003). In particular, phosphorothiolates such as VX are relatively resistant to PTE. Thus, oxidative cleavage of the P-S bond could be achieved by oxidases like laccases. These enzymes could be used in association with other OP-degrading enzymes for skin decontamination or in topical skin protection formulations. Though no work has been performed on combined action of oxidases and hydrolases, oxidation of P-bonded alkyl/aryl chains by oxidases is expected to alter enantio-selectivity of PTE for parent OPs, and therefore to improve the efficiency of catalytic bioscavengers. [Pg.1060]

In spite of their practical importance, the precise mechanisms by which cryo- and lyoprotectants work are not well understood. Protectant formulations are often conceived through a trial-and-error process. Moreover, the thermophysical property data required to formulate protectant solutions rationally and to design cryopreservation and lyophilization protocols are rarely available. As discussed in this proposal, it is of particular interest to understand how protectants interact with cell membranes. Over the last several years we have conducted a systematic study of the structure, thermod)mamic and transport properties of model cell membranes in liquid and glassy solutions of protectant molecules. Our two-pronged theoretical and experimental approach comprises the development of novel and powerful methods for molecular simulation of complex fluids near the... [Pg.152]

To reduce or eliminate debonding, a UV-polymerized, hydro-phobic sealant was painted around the dentin-methacrylate interface. Thus, it was hoped that hydrolytic degradation of the nd would be minimized. The rationale for this procedure is that the coating would seal off the adhesive from contact with water, or at least the water permeation through the protective film to the adhesive surface would be reduced. Suitable protective formulations should (1) cure within 1 minute, (2) be hydrophobic,... [Pg.405]

Those polyhydroxyalkaloids which are less inhibitory to mammal-ian glycosidases than those from other organisms may find application in crop protection formulations. [Pg.81]

SOLVSAFE is aimed at developing SFOS for their innovative application in key products and processes within six different sectors ranging from metal degreasing, paints and varnishes, crop protection formulations to fine chemicals manufacture and extraction of vegetable oils. [Pg.416]

The notion of sustainability in highly specialized markets where specifications and performance are key requirements is discussed in Chapter 10 (green solvent alternatives for fine chemicals, for metal treatment, for coatings and for crop protection formulations) and in Chapter 11 (sustainable solutions for adhesives and sealants). [Pg.508]

Uses Dispersant, vise, stabilizer tor exterior paints containing reactive pigments, zinc oxide, and glycols, and for aop protection formulations color enhancer... [Pg.203]

This chapter aims to outline the use of microbicides in wood protection formulations, which are applied by industrial pre-treatment processes. This includes a description of wood structure, the influence of wood degrading organisms, methods of determining wood preservative performance and the types of microbicides and formulations used to control the degradative process in different end uses. [Pg.419]

To protect the surface of unalloyed carbon steel, an additional surface protection must be applied. This protection usually takes the form of an antirust paint or other type of paint protection formulated for resistance against a specific t3 e of contaminant known to be present in the area. On occasion, plastic or metallic coatings are used. [Pg.64]

Polybutene-1 is even less resistant to weathering influences than polypropylene. Even in light-protected formulations, polyhutene-1 finds only limited use in outdoor applications (under addition of carhon hlack) [32]. [Pg.459]

Figure 7-21 Structure of Methylated Hexamethylol Melamine Resins suitable for metal protection formulations include ... Figure 7-21 Structure of Methylated Hexamethylol Melamine Resins suitable for metal protection formulations include ...
Uses Emulsifier for crop protection formulations Properties Paste cloud pt. 75-77.5 C HLB 17 100% cone. [Pg.124]

Uses Emulsifier pair for crop protection formulations... [Pg.501]

Uses Surfactant, foaming agent, wetting agent, dispersant for shampoos and skin cleansers, hard surface cleaners, crop protection formulations lubricant, corrosion inhibitor in metal treatment Features High foaming... [Pg.738]


See other pages where Protectant formulations is mentioned: [Pg.90]    [Pg.12]    [Pg.115]    [Pg.127]    [Pg.836]    [Pg.81]    [Pg.559]    [Pg.32]    [Pg.260]    [Pg.420]    [Pg.420]    [Pg.586]    [Pg.203]    [Pg.694]    [Pg.695]    [Pg.435]    [Pg.96]    [Pg.248]    [Pg.250]    [Pg.153]    [Pg.419]    [Pg.422]    [Pg.434]    [Pg.436]    [Pg.437]    [Pg.428]    [Pg.124]    [Pg.124]    [Pg.503]   
See also in sourсe #XX -- [ Pg.151 , Pg.152 , Pg.153 , Pg.154 , Pg.155 , Pg.156 , Pg.157 , Pg.158 , Pg.159 , Pg.160 ]




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