Spanjaard Spark Spray is a food grade silicone-based aerosol designed for environments where moisture control, surface protection, and operational reliability are required under hygiene regulations. It is formulated specifically for food and beverage processing settings where incidental food contact may occur, distinguishing it from conventional maintenance sprays used in general industry. During use, it delivers fast-acting surface coverage with controlled penetration, allowing users to restore functionality to equipment affected by moisture, condensation, or light contamination. The product offers a clean application experience, supports preventive maintenance routines, and is suitable for frequent use without compromising regulatory compliance.

• Moisture Displacement - Spanjaard Spark Spray actively displaces water and moisture from treated surfaces, reducing the risk of electrical malfunction caused by condensation. Humidity cabinet testing in accordance with ASTM B-117 shows corrosion levels below 1 percent after exposure, demonstrating effective moisture control. This performance supports equipment reliability in washdown and high-humidity environments.

  
  

• Food Grade Safety - The formulation complies with FDA 21 CFR 178.3570 and is registered under NSF H1 for incidental food contact. These certifications confirm controlled ingredient selection and suitability for regulated environments. Food grade approval allows safe application on equipment components within food processing areas without interrupting compliance procedures.

  
  

• Temperature Stability - Spark Oil Spray maintains functional stability across a working temperature range from approximately minus 20 degrees Celsius to 110 degrees Celsius. Within this range, the spray retains consistent performance without phase separation or loss of effectiveness. This temperature tolerance supports use during cold starts and normal operating heat conditions.

  
  

• Corrosion Protection - The spray forms a thin protective film that shields metal surfaces from oxidation and corrosion. Density measured at approximately 0.76 at 25 degrees Celsius supports uniform surface coverage. Corrosion resistance testing confirms effective protection of steel components exposed to moisture and environmental contaminants.

  
  

• Penetration Ability - The low-viscosity silicone fluid penetrates tight mechanical interfaces, allowing it to reach seized or restricted components. This penetration capability enables release of stuck parts such as fasteners and linkages while maintaining controlled application without excessive runoff. Penetration performance supports efficient maintenance interventions.

• Food Processing Equipment - In food processing equipment, Spanjaard Spark Spray is applied to motors, electrical connectors, and exposed metal components affected by moisture after washdown. The spray is directed onto contact points to displace residual water and restore operational stability. This usage supports continued equipment function between cleaning cycles without disassembly.

  
  

• Beverage Production Lines - On beverage production lines, the spray is used on chains, guides, and mechanical linkages exposed to frequent rinsing and condensation. Application focuses on moving interfaces to reduce friction and prevent moisture-induced corrosion. Controlled spraying allows maintenance teams to treat components while production downtime is minimized.

  
  

• Pharmaceutical Machinery - In pharmaceutical machinery, Spanjaard Spark Spray is applied to locks, hinges, and control components requiring moisture protection and smooth operation. Use is limited to targeted areas to avoid overspray while ensuring consistent movement. This approach supports reliable operation under strict cleanliness requirements.

  
  

• Cleanroom Maintenance - Within cleanroom-related environments, the spray is used on enclosed mechanical parts and access mechanisms that require lubrication and moisture control. Application is carried out sparingly to maintain environmental standards while restoring functionality. This controlled use supports maintenance efficiency without compromising cleanroom conditions.