AprilGuard® Organisol® Detergent Powder – 4 lb Bucket
Instrument and Laboratory Cleaning Detergent

AprilGuard® Organisol® Detergent Powder is a highly effective cleaning solution formulated to dissolve and suspend dried blood, serum, tissue samples, culture media, and other proteinaceous soils. Designed for use in medical, dental, and laboratory environments, Organisol® delivers powerful cleaning performance without the need for scrubbing.

This non-toxic, odorless, and biodegradable detergent is safe for use on a wide range of materials, including surgical instruments, laboratory porcelain, rubber, plastic, and glassware. Its advanced formula contains a sequestering agent that ensures consistent performance in both hard and soft water, while remaining non-corrosive to protect valuable instruments. Organisol® is intended for cleaning only and is not a disinfectant.

Key Features & Benefits

• Effectively dissolves and suspends dried blood, serum, tissue, and protein-based soils
• Ideal for surgical instruments, laboratory porcelain, rubber, plastic, and glassware
• Non-toxic, odorless, and biodegradable formulation
• Non-corrosive—will not rust or damage instruments
• Contains sequestering agents for effective cleaning in hard or soft water
• Eliminates the need for manual scrubbing, saving time and labor
• Designed for soaking and cleaning, not for disinfection

Directions for Use

• Dissolve 2 oz of powdered Organisol® per gallon of room-temperature tap water
• Use up to 2 oz per gallon for heavily soiled instruments
• Minimum recommended soaking time: 3 minutes
• Instruments may be soaked throughout the day and rinsed together
• Change soaking solution daily or when visibly contaminated

Product Details

• Form: Powder
• Package size: 4 lb bucket with included 1 oz scoop
• Use: Cleaning of medical and laboratory instruments and equipment

The AprilGuard® Organisol® Detergent Powder provides reliable, efficient cleaning while protecting valuable instruments, making it an essential solution for healthcare and laboratory reprocessing workflows.