Choline Chloride Liquid CAS 67-48-1

Technical Specifications

Understanding the physical limits of the product is vital for your tank storage and nozzle systems. Here is the standard profile for the liquid variant:

Key Applications: More Than Just a Vitamin

Choline is often called the “metabolic essential.” Its liquid form is primarily used in the following sectors:

1. Poultry (Broilers and Layers) This is the largest consumption sector. Choline is critical for preventing perosis (slipped tendon) and liver enlargement. Using the liquid form allows for precise spraying onto feed pellets post-extrusion, ensuring that the high heat of pelleting doesn’t degrade the vitamin content.

2. Swine Nutrition For pigs, choline is vital for general growth and feed conversion ratios. It ensures the transport of fats from the liver, preventing “fatty liver” syndrome which can drastically reduce the value of the animal.

3. Aquaculture Fish and shrimp have high choline requirements. The liquid form mixes easily into moist aquafeed formulations, ensuring uniform distribution throughout the feed block.

4. Industrial Applications Beyond feed, Choline Chloride is occasionally used as a clay stabilizer in the oil and gas industry (hydraulic fracturing fluids), where it prevents clay swelling in rock formations.

The Liquid Advantage: Why Switch?

If you are currently using powder, switching to liquid requires a setup change, but the ROI is often significant:

• No Dust: eliminates the risk of dust explosions and keeps the mill environment cleaner.
• Homogeneity: Liquid spraying ensures a more even distribution of the nutrient across the feed compared to dry mixing.
• Automated Dosing: Liquids are easier to pump and meter accurately into mixers using computer-controlled systems.

Safety and Handling Measures

While Choline Chloride is a nutritional additive, the concentrated liquid chemical form requires respect.

• Corrosivity: This is the most important factor. Choline Chloride Liquid can be corrosive to mild steel. It acts as an electrolyte. Do not use standard carbon steel pumps or pipes.
• Personal Protective Equipment (PPE): Wear safety glasses and rubber gloves. While not highly toxic, it is an irritant to eyes and skin.
• Ventilation: The product releases a slight amine odor (trimethylamine). Ensure the storage and mixing areas are well-ventilated to prevent odor buildup.

Storage and Tank Requirements

Proper storage is the difference between a smooth operation and a clogged pipe.

1. Material Compatibility: Storage tanks, piping, and nozzles must be made of Stainless Steel (304 or 316) or high-quality plastic/polymer (PE, PVC, or fiberglass). Avoid mild steel, galvanized iron, aluminum, or copper, as the liquid will corrode them and become contaminated.
2. Temperature Control:
   • Low Temps: While it has a low freezing point, viscosity increases as it gets colder. In very cold climates, insulated or heat-traced tanks are recommended to ensure smooth pumping.
   • High Temps: Store away from direct sunlight and heat sources to prevent discoloration or slight degradation over long periods.
3. Shelf Life: When stored in a sealed container (IBC drum or Flexibag) under proper conditions, the shelf life is typically 2 years.