ATI ICP Element Bor 2700ml

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 Drill

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

Dosage:

• In a spacious 2700 ml bottle with a reduced concentration according to EU regulations.
• 100 ml per 100 litres increases the boron content by 0.5 mg/l.
• Increase by a maximum of 0.5 mg/l boron (100 ml/100 l) per day.
• The bottle contains 1350 mg boron.

Symptoms of low boron levels:

• Negative inhibition of coral growth (skeleton formation)
• Bleaching or weakened coloration in LPS and SPS corals
• Poor tissue development in soft corals

Causes of low boron content:

Too low concentration in sea salt and insufficient supply of trace elements

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