Temporary removable solvent based protective coating
a solvent-based, temporary coating technology, applied in the direction of temporary coatings, coatings, packaging, etc., can solve the problems of damage to the painted surface to which the coating is applied, and the silicone protectant does not protect the painted finish from flying road debris, insects, bird droppings, etc., to achieve good resistance to environmental factors, easy removal, good protection against wear and scratching
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example 1
[0073]Preparing a mixture of the solvents in accordance with Table I:
[0074]Four formulations are shown as an example. The two formulations M2 and M3 for the solvent mixtures were used in preparing the coatings, and have slightly different proportions of the components, as these were required to achieve the optimum solubilities for the different resins used to prepare the various coatings. Formulation M3 is environmentally friendly as it contains no HAPS, the ingredients are exempt solvents and are all biodegradable.
[0075]These blends produce mixtures that may also be used as diluent reducers for thinning down the final coating to make it suitable for spraying applications. The theoretical evaporation rate for Reducer M0 is lowest and Reducer M3 is fastest. These are all with reference to an arbitrary standard evaporation rate for n-butyl acetate equal to one. It is necessary in colder conditions to have a slightly faster evaporation rate, whereas in warmer conditions a slower evapor...
example 2
[0078]Preparing the Top Coating #M16 in accordance with Table II:
[0079]100 lb. of the coating was prepared. Seventy-nine and 87 / 100 lb. of solvents mixture M2 (79.87%) was added to the mixing vessel. While mixing slowly, 11 and 96 / 100 lb. (11.96%) of CAB 553-0.4 Cellulose Acetate Butyrate powder from Eastman Chemical was gradually added into the liquid. The liquid was mixed for 30 minutes to ensure no big lumps of the agglomerated polymer remain in the liquid. Three and 99 / 100 lb. (3.99%) of acrylic B734 from DSM-NeoResins were gradually added to the liquid while mixing. Two and 66 / 100 lb. (2.66%) of acrylic BR106 from Dianal America were gradually added to the liquid while mixing. One and 33 / 100 lb. (1.33%) of SAIB 100 Sucrose Acetate Isobutyrate from Eastman Chemicals were gradually added to the liquid while mixing. Zero and 7 / 100 lb. (0.07%) of Tinuvin 292 UV light stabilizer; zero and 7 / 100 lb. (0.07%) of Tinuvin 1130 UV absorber were slowly added and mixing continued to ensure ...
example 3
[0081]Preparing the Top Coating #M16A in accordance with Table III:
[0082]100 lb. of the coating was prepared. Seventy-five and 84 / 100 lb. of solvents mixture M3 (75.84%) was added to the mixing vessel. While mixing slowly, sixteen and 41 / 100 lb. (16.41%) of CAB 553-0.4 Cellulose Acetate Butyrate powder from Eastman Chemical was gradually added into the liquid. The liquid was mixed for 30 minutes to ensure no big lumps of the agglomerated polymer remain in the liquid. Three and 79 / 100 lb. (3.79%) of acrylic B734 from DSM-NeoResins were gradually added to the liquid while mixing. Two and 53 / 100 lb. (2.53%) of acrylic BR106 from Dianal America were gradually added to the liquid while mixing. One and 20 / 100 lb. (1.20%) of SAIB 100 Sucrose Acetate Isobutyrate from Eastman Chemicals were gradually added to the liquid while mixing. Zero and 7.5 / 100 lb. (0.075%) of Tinuvin 292 UV light stabilizer; zero and 7.5 / 100 lb. (0.075%) of Tinuvin 1130 UV absorber were slowly added and mixing continu...
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