Citra-Touch® Mighty Citrus Cleaners is a collection of citrus-based cleaning products designed for commercial, industrial, and institutional cleaning applications.
These products are used for degreasing, stain removal, surface cleaning, and drain maintenance where citrus solvent performance is preferred over harsh chemicals.
Browse the products below to compare use cases and choose the right solution for your cleaning task, or contact our team for guidance.
This collection covers cleaning and degreasing products formulated to address grease, oil, mineral buildup, and organic residues using citrus-derived solvents, organic acids, or non-caustic chemical systems commonly used in professional environments.
Degreasing strength is influenced by solvent type, surfactant system, pH, and dwell interaction with soils. Stronger degreasers typically dissolve or emulsify heavy hydrocarbons more effectively, but may also pose compatibility concerns with sensitive surfaces. Effectiveness depends on matching chemistry to soil type rather than maximum aggressiveness.
Citrus-based solvents work by dissolving grease and oils through natural terpene chemistry rather than caustic alkalinity. This allows grease to be loosened and rinsed away without relying on extreme pH levels. Performance depends on concentration, formulation balance, and soil load.
Effectiveness depends on how well the formulation targets the specific contaminant present, such as petroleum grease, animal fats, or synthetic oils. Surfactant structure, solvent polarity, and emulsification ability all play critical roles. A balanced formulation often outperforms a single aggressive component.
Not necessarily. Highly aggressive degreasers can damage coatings, plastics, or finished surfaces if misapplied. Professional cleaning systems prioritize controlled soil removal while maintaining material compatibility and operational safety.
Degreasers may be unsuitable for soft metals, certain plastics, painted surfaces, or delicate finishes depending on formulation. High alkalinity or strong solvents can cause discoloration, etching, or degradation. Surface compatibility should always be evaluated before broad application.
Citrus-based systems are often less caustic but can still affect sensitive materials due to solvent action. Some plastics, rubbers, and coatings may soften or swell when exposed. Reduced causticity does not eliminate the need for material awareness.
Citric acid can react with calcium-based stone, natural marble, terrazzo, and certain metals. Prolonged contact may cause etching or surface dulling. Acid sensitivity is a key factor in determining suitability.
Repeated or improper exposure to acidic cleaners may accelerate corrosion in metal components or older plumbing systems. Professional use typically involves controlled contact times and appropriate dilution to limit material impact.
Citric acid can help dissolve mineral scale, soap residue, and light organic buildup. It is not designed to remove solid obstructions or heavy grease blockages. Its role is typically preventative or maintenance-focused rather than emergency clearing.
Many traditional drain cleaners rely on extreme heat generation or caustic reactions that can weaken pipes over time. These reactions may damage seals, fittings, or older infrastructure. Controlled chemical systems reduce long-term system risk.
Citrus cleaners can help loosen grease films and organic residues within drain lines when used as part of routine maintenance. They are not substitutes for mechanical clearing methods when physical blockages are present.
Professionals often favor mechanical cleaning, enzymatic maintenance systems, or mild acid descaling depending on the issue. The goal is targeted removal without unnecessary chemical stress on plumbing components.
Citric acid can assist with mineral stains, rust discoloration, and certain organic residues. Its effectiveness depends on stain composition and surface type. It is less effective against oil-based or pigment-driven stains.
Citrus cleaners are most effective on grease-based or organic residues rather than deeply embedded stains. Dwell time and surface porosity significantly influence outcomes. Results vary based on stain age and material.
Acid-based cleaners target mineral and alkaline residues, while degreasers focus on oils and fats. Using the wrong chemistry may result in poor performance or surface damage. Proper identification of the stain type is essential.
Multiple controlled applications may improve results without increasing chemical aggressiveness. This approach minimizes surface risk while allowing gradual residue removal. Professional cleaning systems favor controlled repetition over excessive strength.
