ICP Element Alkalinity 1.000ml

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

• Very good price-performance ratio: Transparent pricing by indicating the total quantity per element on the label
• Our products are registered with the European Chemicals Agency (ECHA)
• Based on the strict CLP Regulation (EC) No. 1272/2008, developed to protect the environment and health
• Highly pure raw materials: Production and quality control 100% from Germany by the ATI® Lab
• New single elements: Alkalinity, Copper, Rubidium Sulfur, Selenium
• Color code assigns ICP Elements to different skill levels (Beginner, Pro, Expert)

ATI® ICP Element Alkalinity

Highly pure solution to increase the alkalinity in reef aquariums. Ideal for compensating deficiencies and for daily supply.

Dosage instructions:

• 1ml per 100 liters (26 gal) increases the alkalinity by 0,1°dKH
• Increase alkalinity by a maximum of 4°dKH (40ml/100l or 40ml/26 gal) per day
• The bottle contains 10,000°dKH

Symptoms of low Alkalinity:

• Death of SPS and LPS
• Slowed skeletal formation, dull colors, tissue damage, susceptibility to RTN and STN
• pH fluctuations due to a lack of ALK buffer. This leads to stress and susceptibility to disease in fish and invertebrates

Causes of low Alkalinity:

• High consumption by stony corals and coralline algae
• Too low dosage of alkalinity
• Defective dosing pump (e.g. clogged dosing hoses, incorrect calibration)
• Use of salt mix with low akalinity

Note

• Crystals can form in the bottle at low temperatures
• The crystals disappear when heated to 45°C /115°F (e.g. in a warm water bath)

The following ATI® ICP Elements are available:

• Alkalinity
• Barium
• Boron (in a big 2,700ml bottle with reduced concentration according to regulations)
• Bromine
• Calcium
• Chromium
• Cobalt
• Copper
• Fluorine
• Iodine
• Iron
• Lithium
• Magnesium
• Manganese
• Molybdenum
• Nickel
• Potassium
• Rubidium
• Selenium
• Sulphur (in powder form and therefore particularly economical)
• Strontium
• Vanadium
• Zinc