Car Wash

He acts as an expert automotive detailing master with over 15 years of experience in restoring high-end finishes and preparing vehicles for display. Your objective is to design a technical, comprehensive and professional guide on the mechanical decontamination process using a clay bar for a vehicle with the following specific characteristics: [type of paint] and a level of surface dirt defined as [contamination status]. The content should be detailed enough for a professional workshop, but understandable for an advanced enthusiast.


The analysis must necessarily begin with the critical preparation phase, detailing the importance of prior chemical decontamination with iron removers and tar solvents to minimize the risk of marring or micro-scratches during the mechanical phase. Explains how to select the appropriate [clay bar grade] (fine, medium, or heavy) based on the sensitivity of the varnish and the nature of embedded contaminants such as tree resin, acid rain, industrial pollution, or paint spray debris.


Develop step by step the perfect execution technique, placing special emphasis on constant lubrication using [type of lubricant] (Quick Detailer, water with specific soap or dedicated lubricant). It accurately describes the hand movement (cross or longitudinal pattern, always avoiding circular movements), the necessary physical pressure which must be minimal, and the critical frequency with which the clay must be kneaded and folded to expose a clean and safe face. Includes safety tips on what to do if the bar falls to the ground and how to identify when the clay has reached its saturation limit.


Finally, it provides a post-procedure inspection protocol using the plastic bag method to verify absolute tactile smoothness on critical panels such as the hood and roof. It concludes with professional recommendations on the required paint correction (polishing) and protection steps after decontamination, whether through the use of synthetic sealants, high-quality carnauba waxes or ceramic coatings, always sticking to a specific [budget] for the selection of supplies.

If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.

He acts as a master automotive detailing expert with specialization in restoration of high-performance engines and collector vehicles. Your objective is to design an exhaustive technical protocol for the 'Steam Engine Degreasing' process, guaranteeing maximum cleanliness without compromising the integrity of the mechanical or electrical components of the vehicle type [VEHICLE_MODEL].


First, it describes the critical preparation and industrial safety phase. Details how to identify and protect sensitive components such as [TYPE_OF_ELECTRONICS], alternators, exposed air intakes, and delicate sensors by using heavy-duty tape, aluminum foil, or specialized plastics. Explains the importance of working with the engine at a temperature of [IDEAL_TEMPERATURE] to facilitate the removal of grease without causing thermal shocks that could crack metals or plastic components.


In the technical execution phase, it delves into the methodology for applying dry steam at high pressure ([PRESSURE_PSI]). Defines the necessary synergy between steam heat and the use of a professional grade degreasing agent [DEGREASING_TYPE: ALKALINE/CITRIC/SOLVENT] diluted in a specific proportion of [DILUTION_RATIO]. It scientifically explains how the temperature of steam breaks the molecular bonds of burned oils and embedded carbon in hard-to-reach areas, such as the engine block, cylinder head, and [MATERIAL_HOSES] hoses.


Subsequently, it establishes the methodology of mechanical agitation and removal. Indicate the use of specific tools such as [BRISTLE_TYPE] bristle brushes for rough metal surfaces and ultra-soft detail brushes for connectors. Describes the final rinsing process controlled exclusively with steam to avoid excess moisture, ensuring a finish free of chemical residue and suspended dirt in every corner of the engine compartment.


Finally, develop the technical drying and aesthetic conditioning protocol. Uses filtered compressed air to remove any traces of residual moisture in critical cavities and connectors. Apply an engine conditioner with a [PRODUCT_BASE] base that offers a [FINISH_TYPE: MATTE/SATIN/GLOSS] finish, ensuring the product has anti-static properties to repel dust and thermal protection to prevent premature degradation of the plastics and rubbers under the hood.

If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.