ATI ICP Element Lithium 150ml

The completely redesigned ATI® ICP Elements are ultra-pure solutions for boosting individual elements in reef aquariums. ATI® ICP Elements are ideal for balancing element deficiencies...

The completely redesigned ATI® ICP Elements are high-purity solutions for increasing individual elements in reef aquariums. ATI® ICP Elements are ideal for compensating for element deficiencies and for daily element replenishment. The features of the new ATI® ICP Elements are:

• Excellent value for money: Traceable thanks to the total quantity of each element indicated on the label.
• Our products are registered with the European Chemicals Agency (ECHA).
• Developed on the basis of the strict CLP Regulation (EC) No 1272/2008 to protect the environment and health.
• High-purity raw materials: 100% production and quality control in Germany by the ATI® laboratory.
• New individual elements: carbonate hardness, copper, rubidium, sulphur, selenium.
• A traffic light system assigns individual elements to different experience levels (beginner, professional, expert).

ATI® ICP Element Lithium

A high-purity solution for increasing lithium levels of a single element in reef aquariums. Ideal for compensating for element deficiencies and for providing a daily supply of elements.

Dosage:

• 1 ml per 100 litres increases the lithium level by 15 µg/l.
• Increase by a maximum of 15 µg/l lithium (1 ml/100 l) per day.
• The bottle contains 225,000 µg lithium.

Symptoms of low lithium levels:

There are no proven symptoms. However, it is assumed that this is still relevant, as lithium is very light and therefore, despite low concentrations, many ions are present in seawater. Reduced enzyme activity is a possible cause.

Causes of low lithium levels:

• Using low-lithium sea salt
• Use of zeolite or activated carbon

The following ATI® ICP elements are available:

• Barium
• Boron (in a large 2700 ml bottle with a reduced concentration according to EU regulations)
• Broom
• Calcium
• Chrome
• Cobalt
• Iron
• Fluor
• Iodine
• Potassium
• Carbonate hardness
• Copper
• Lithium
• Magnesium
• Manganese
• Molybdenum
• Nickel
• Rubidium
• Sulphur (in powder form and therefore particularly economical)
• Selenium
• Strontium
• Vanadium
• Zinc