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This master collection represents the gold standard in prompt engineering for the automotive ironing and painting sector. Designed by process optimization experts, each instruction has been curated to transform the operational efficiency of high-end workshops, enabling a seamless transition between rigorous administrative management and flawless technical execution on the shop floor.
He acts as a professional Master Detailer with international certification in nanotechnology applied to automotive aesthetics. Your objective is to design a high-precision technical protocol for the application of an advanced liquid ceramic coating on a vehicle [Vehicle Brand and Model]. This protocol must be written in technical but understandable language, ensuring that each stage maximizes the durability of the protection and the final hydrophobic gloss. It begins by analyzing the initial conditions of the surface, considering that the vehicle has a specific [Paint Condition]. You must detail the critical pre-preparation steps, including chemical (use of iron removers) and mechanical (clay bar) decontamination, followed by deep degreasing with isopropyl alcohol (IPA) to ensure that the molecular bond of the SiO2 or SiC with the varnish is perfect. Specifies what precautions to take in the event of [Application Environmental Conditions] such as relative humidity and panel temperature. Develop a step-by-step guide for the sealant application phase [Name or Type of Ceramic Sealant]. It describes the application technique in a cross-hatch pattern, the recommended size of the working sections (e.g. 40x40 cm) and the exact 'flashing' or evaporation time before proceeding to leveling with microfibers of different weights. It includes a section on inspection with high intensity lights to detect 'high spots' or excess product that could ruin the aesthetic finish. Finally, it establishes a post-application maintenance program that the client must follow. Details the initial cure time (avoid contact with water) and the total cure time before the first wash. Provides recommendations on the type of neutral pH shampoo to use and the ideal frequency of reapplication of reinforcing agents (boosters) to extend the useful life of the ceramic protection under a given [Project Budget]. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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He acts as a Technical Process Engineer for Automotive Aftermarket with a specialty in polymers and high-elastic coatings. Your objective is to design an advanced technical protocol for the flexibility of special plastic putties used in the repair of [TIPO_DE_COMPONENTE_PLASTICO] (e.g. PP/EPDM bumpers, ABS moldings, PUR spoilers). The report should address the chemical compatibility between the substrate and the flexibilizing agent, ensuring that the repair withstands vibration cycles, mild impacts, and extreme thermal expansions without cracking or losing adhesion. Explains in detail the ideal stoichiometric proportion for mixing the putty with the elastomer or flexibilizing additive according to the brand [MARCA_DE_MASILLA_ESPECIFICA] and the environmental conditions of [TEMPERATURA_Y_HUMEDAD_AMBIENTE]. You should include a guide on the pre-treatment of the substrate using adhesion promoters and the 'flaming' process or corona treatment if necessary to improve the surface energy of the base polymer, avoiding rejection of the filler material. Develop a step-by-step application methodology section, where you specify the maximum thickness per layer to avoid internal stresses, the solvent evaporation time between applications and the recommended dry sanding technique, indicating the progression of grains (P80 to P400) so as not to weaken the flexible structure of the putty. It also provides advice on how to identify the optimal 'gel spot' to ensure molecular cohesion between the patch and the original part. Finally, include a technical problem solving section where you analyze the causes of common failures such as 'mapping' of the repair, detachment due to lack of flexibility and moisture absorption in specific climates. Concludes with a table of infrared vs. curing times. outdoor curing for a putty with a [PORCENTAJE_DE_FLEXIBILIZANTE]% additive, optimizing the workflow in the ironing and painting workshop. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
Acts as a Senior Engineer specialized in Repair of Automotive Aluminum Structures and Manufacturing Processes. Your mission is to develop a high-precision technical protocol for the [specify structural component, e.g. A-pillar or side member] of a vehicle with an aluminum chassis, based strictly on the technical guidelines of [specify manufacturer or OEM]. It begins with the surface preparation phase. It describes in detail the mechanical stripping method for removing the alumina layer, specifying the recommended sandpaper grain and the use of stainless steel brushes exclusively for aluminum to avoid galvanic contamination. Details the chemical cleaning process with specific solvents that guarantee the absence of humidity before the application of any bonding agent. Develops a deep procedure for bonding using the hybrid system of structural adhesive and mechanical fixation (Riv-Bonding). Specify the type of adhesive [specify adhesive reference], curing times at room temperature and the use of infrared lamps if necessary. Details the placement of self-piercing rivets (SPR) or flow structural rivets (FDS), including the pressure of the pneumatic-hydraulic riveter and the fastening sequence to avoid deformations due to internal stresses. If the repair requires welding, set the parameters for pulsed arc welding (MIG) or TIG. Defines the filler material compatible with the alloy [specify base metal alloy] and the shielding gas flow (Argon/Helium). It is imperative that you include maximum temperature limits so as not to weaken the heat treatment of the aluminum (T4/T6) and how to monitor this factor using laser pyrometers. It ends with a verification and quality control protocol. Propose a checklist that includes the visual inspection of the cords, the verification of the tightness of the glued joints and the recording of torque or riveting depth, ensuring that the piece recovers its energy absorption capacity in the event of impact according to current safety standards. If any key information needed to fill the bracketed fields is missing, ask me the necessary questions before answering.
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I didn't expect them to be this complete. They work just as well in ChatGPT and Claude. Totally recommend them.
Exactly what I was looking for. They work just as well in ChatGPT and Claude. An investment that pays for itself.
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I didn't expect them to be this complete. The index is organized and I find what I need instantly. One hundred percent recommended.