PH METER STORE

Ph Meter Store: We sell digital ph meter and TDS Meter and deliver Nationwide. Looking for where to buy pH meter? Looking for where to buy TDS meter?

PH METER STORE
  • Home
  • Store
  • Telegram Channel
  • Telegram Group
  • Whatsapp Us
  • Fish Farming
  • Facebook Group
  • Facebook Page





 How to cure cement concrete pond for catfish farming 


To cure a cement concrete pond for catfish farming, you will need to follow these steps:


Clean the pond thoroughly. 


This will remove any dirt, dust, or debris that could contaminate the water.


Fill the pond with water. 


The water should be clean and free of chlorine.

Allow the pond to sit for 7-10 days. This will give the cement time to cure and harden.


Drain the pond and refill it with water. This will remove any excess cement dust or debris from the pond.


Test the water quality for TDS(Total Dissolved Solids) and pH. Make sure that the water is safe for catfish before stocking the pond.


Here are some additional tips for curing a cement concrete pond for catfish farming:


Use a concrete sealant. 


This will help to protect the concrete from erosion and make it more durable.


Add plants to the pond. Plants will help to oxygenate the water and provide food for the catfish.


Test the water quality regularly. This will help you to identify and address any problems early on.


Once the pond is cured and the water quality is good, you can stock the pond with catfish fingerlings.


Here are some additional tips for stocking a catfish pond:


Stock the pond at a density of 1-2 fingerlings per square foot.


Feed the catfish a high-quality diet.


Monitor the catfish closely for signs of stress or disease.


With proper care and management, your catfish pond can provide you with a healthy harvest. 


PROMO! PROMO!! PROMO!!!


😃Buy 5  ebooks on catfish farming for only N3000 promo. Price changes to original prices after promo.


a). A-Z Practical catfish-farming (N1500).


b). Maggot/ Black solder fly farming (N1000).


c). Catfish Hatchery and Management. (N1000).


d). Water Treatment and Analysis. (N1000).


e). Catfish Diseases and Treatment. (N1000).


👉 https://wa.link/aqpq0n or +2348138570184 to get ebooks  delivered to you. 


Get the ebook via email or WhatsApp or both whichever way you want..


——————————————

Total Dissolved Solids Meter ( N10,000)

———————————————

PH meter Strips  N3500

{(80 Strips in A pack) (Minimum Order Quantity (2)}


~~~~~~~~~~~~~~~~~~~~~

PAY ON DELIVERY 

Delivery Fee in Lagos Mainland. ( N3000 - N3500) 


Delivery Fee in Lagos Island (N5000)

~~~~~~~~~~~~~~~~~~~~~


PAY BEFORE DELIVERY OTHER STATES 


Delivery Fee ( N5000)


———————————————


Call/WhatsApp us  with link 👉 https://wa.link/aqpq0n or +2348138570184 to get ebooks  delivered to you. @everyone

 Used in Cold rooms, Fish Ponds, Poultry house, Incubator, Cosmetics Industeries etc.

Whatsapp/call 08138570184 to order.


Delivery fee in Lagos, Ogun and Ibadan is pay on delivery.

Other states is pay before delivery.

Digital Temperature Meter



How to make Organic Lightning cream from the scratch using PH Meter as a measuring Tool


 

 

 

WATCH, LEARN AND SHARE!




 CAN YOU DETERMINE WATER HARDNESS FROM CONDUCTIVITY OR TOTAL DISSOLVED SOLIDS MEASUREMENTS?


General Water hardness is related to the dissolved minerals in the water.  General hardness is a misleading term that is often confused with carbonate hardness or temporary hardness, which is actually related to alkalinity and relates to the "buffering capacity" of the water (its ability to resist pH changes).  


This means that if the carbonate hardness is high then the pH will be extremely stable or alternatively if the carbonate hardness is low the pH of the water will be able to fluctuate easily.  




Water hardness is the measurement of the amount of ions which have lost two electrons (divalent cations) dissolved in the tested water and is therefore, related to total dissolved solids.  




The more divalent cations dissolved in the water the "harder" the water.  


Generally the most common divalent cations are calcium and magnesium, however other divalent cations may contribute including iron, strontium, aluminum, and manganese. 



Typically the other divalent cations contribute little to no appreciable additions to the water hardness measurement. 


A stream or river's hardness reflects the geology of the catchment's area and sometimes provides a measure of the influence of human activity in a watershed.  




For example, sites that have active or abandoned mines nearby often have higher concentrations of iron ions in the water resulting in a very high hardness degree.



Total dissolved solids (TDS) refers to a measure of all inorganic solids dissolved in the water.  This means that it will measure ions that contribute to water hardness, like calcium, but also those that do not, like sodium.  




The TDS measurement is a better reflection of the total mineral content of the water rather than a water hardness measurement.  



However, for estimation purposes, the water hardness can be roughly calculated by dividing the ppm (parts per million) measurement of the TDS by 10 giving a hardness value with an error of only 2-3 French degrees.  



You can use TDS to determine whether the water will be toxic. i.e much dissolved solids including metals.



TDS measurements can also be derived from Electrical conductivity measurement.



Electrical Conductivity is similar to TDS measurements. EC is a measure of the ability of a substance to conduct electric current.  Conductivity measurements offer a rapid and non-destructive way to measure ion content in the sample.  The conductivity measurement is made with an electronic sensor or meter in micro/milli-Siemens per centimeter or ppm. 


Conductivity increases with increasing ion content, which means that in most cases it gives a good approximation of the TDS measurement using the conversion factor of 1 ppm = 2 uS/cm.  Conductivity is temperature sensitive and is typically standardized to 25°C. 



While conductivity is a convenient way to get an approximation of the hardness of water it does have the drawback of combining all ions in the measurement, including those that do not contribute to the water's hardness.  This hardness approximation gives an error similar to the TDS measurement of 2-3 French degrees of hardness.


Can you measure water hardness with a conductivity sensor or TDS sensor?  


TDS, Temperature and Hardness plays a vital role in Hactery. It'll determine whether your eggs are going to hatch well.


TDS, Temperature, PH and hardness will determine whether your fries are going to survive till they become fingerlings and Juveniles.


To get your water tested 

#Call/Whatsapp/Signal 08138570184


At home on site water testesting available only in Lagos.


Free home delivery service 

(No delivery Fee) available for now.


Delivery fee may apply soon without notice.


You can also get your water tested at our office.


#Call/Whatsapp/Signal 08138570184

 

 The Image of Africa has been distorted around the globe and we are changing the narratives via Youtube videos One Country At Time.Until the history of Africa is told by Africans, the story of greatness will always glorify the imperialists.!It's Time For Africans To Unite, Embrace their Culture and be Proud of their Roots & Tell Their Own Story!-AFRICA TO THE WORLD..





 " House of Franklin work closely with aquaculturists to provide fish pond management systems tailored to their specific needs. Our water quality sensor and control systsms ensure that you can live and work with the confidence that your fish stock is developing at its optimum rate."


Fish live, breathe, feed, grow, repoduce and excrete wastes within water are therefore totally susceptible to changes in water quality. For fish to maintain an optimum level of health, avoid stress or disease then the water quality of the water must be monitored anc controlled 24/7. Fish become stressed when key water quality parameters such as temperature, pH nitrgenous waste, dissolved oxygen and salinity are not kept with specified thresholds.

Ammonia / Ammonium

Ammonia is the main waste product profuced by fish and is regarded as the second most important water quality parameter after PH and dissolved oxygen in intensive fish farming. Even in relatively small concentrations, ammonia can cause significant stress and damage to fish especially bacteriological infections. In higher concentratons where the nitrogen cycle is not in balance ammonia can wipe out whole fish stocks.

Ammonia occurs in two forms: (1) Total Ammoniacal Nitrgoen (TAN) which is the toxic un-ionised ammonia (NH3) and (2) non-toxic ionised ammonia (NH4).  The pH and the temperature of the water will dictate which form ammonia is dominant at the time. When ammonia is expelled it is converted into toxic nitrite (NO2-) by Nitrosomonas bacteria. Nictrobacter on the other hand convert nitrite to non-toxic nitrate (NO3+) which in turn is taken up by plants and algae as a food source. It is therefore important to ensure that nitrite  levels are very low if not zero. If NH3 levels exceed 2ppm, fish can die.

RS Hydro provide a range of instruments to measure NH3 including handheld water quality meters with Ion Selective Electrodes (ISEs), UV-based photometers and fluorometers.

www.instagram.com/catfishfarming

Dissolved Oxygen (DO)

Dissolved Oxygen (DO) is considered by most to be the most important water quality parameter with pH in aquaculture. Depending on the size and type of fish farm, DO levels can change very quickly indeed and can therefore endanger the lives of the fish in a matter of minutes or hours. The main problems with maintaining a suitable level of dissolved oxygen in fish farm applications is that oxygen is not very soluble in water and takes a lot of oxygenating to keep these levels; oxygen naturally diffuses to the atmosphere and the demand for oxygen is un-naturally higher in fish farm application than in the natural environment purely due to the stocking density of the fish farm.

Although fish can tolerate a drop in dissolved oxygen below 5-6 mg/L for short periods of time, it will lead to significant stress or indeed death if not increased to healthy levels. The use of handheld dissolved oxygen meters or continuous online dissolved oxygen sensors can help montior and control these situations.

Instruments for measuring Dissolved Oxygen >>

pH

The recommended pH range for fish and vertebrates is between 6.5 and 7.5 as the average blood pH is around 7.4. With water passing through the fish gills and skin they are susceptible to changes in pH. Fish therefore become stressed if pH falls outside the pH6.5 - 7.5 range. pH does vary throughout the day and depends on the oxygen demand in the water and photosynthesis. CO2 is also released overnight hence lowering pH by morning but rises to its peak in the afternoon when CO2 consumption by algae (photosynthesis) is at is peak.

The pH of the water aquatic organisms live in affects the concentrations of dissolved substances, the physiological functioning of the animals, and the other plants and animals in the environment that provide food and oxygen to the ecosystem. Fish have a reduced capacity to carry oxygen if pH levels fall to critical levels but if the pH goes critically high, the portion of ammonia that is toxic also increases.

Our Digital ph Meter can provide the data required to effectively monitor and control pH levels.

Nothing stresses the fish quicker than poor quality water. The maintenance of water quality is critical to the success of your fish farm. 

.

.



Water quality management is the Key to success of everything, we do in fish farming. 

.

.

Fish will lose their appetite in poor quality water and usually show signs of stress as the conditions deteriorate. 

.

.

The situation under investigation could be an early warning sign of an impending critical water quality problem. PH and levels may be low or high, thus depriving the fish of a key ingredient for fast growth and Development.

.

.

💥Water that has a pH that is too low or too high can be harmful to fish and other aquatic life. .

.

.

💥At low pH, toxic metals such as aluminum can enter the water in greater concentrations, some nitrogen-bearing chemicals become more toxic, and the metabolic processes of fish can become less efficient. .

.

.

💥Water with pH below 5 can inhibit reproduction or lead to death, and young fish and other aquatic organisms are especially susceptible. Water with a pH below 6.0 can inhibit growth.

.

.

💥At high pH values (such as >9), most ammonium ions are convert

.

.

We have the devices available

.

.

#Price of PH meter N10,000

#Delivery fee in Lagos N1000

.

.

#Delivery fee in Ogun N1500 - N2000

Pay on delivery in these states.

.

.

Other states pay before delivery.

.

.

To order #call 08138570184

.

.

Whatsapp click 👇 https://wa.me/2348138570184

.

.

Check me out @catfishfarming @phmeterstore

Buy pH meter Instruments for measuring pH >>

Temperature

Temperature as a water quality parameters is more important than you think as it directly affects the amount of oxygen that can be dissolved in water but also the growth of organisms and bacteria that can cause disease. Temperature also controls the rate at which food is transformed into energy which then in turn affects breathing, food intake, bodily growth and physiological behaviour. An increase in temperature will decrease the dissolved oxygen content in water which will in turn increase the fish metabolic rate and its demand for oxygen. Any organisms or bacteria also in the water will then be competing for the limited supply of dissolved oxygen hence causing stress, limited growth, stress and an increase in carbon dioxide.

Buy Digital Temperature meter Instruments for measuring Temperature
How to Measure PH of Creams, Serums, & Face Washes - Formulating Skincare products  and how to adjust the PH level of your lotion /How to make ur 10% sodium hydroxide solution for PH balancing.. 

 Recipe 90g of distilled water 10g of lye (sodium hydroxide) 


 Disclaimer : These contents or videos are only intended for informational purpose.

Any information associated with these videos should not be considered as a substitute for prescription suggested by beauty, diet and health care professionals.


Viewers are subjected to use these information on their own risk.

This channel doesn’t take any responsibility for any harm, side-effects, illness or any health or skin care problems caused due to the use of our content or anything related to this. THANKS!!

 

DIGITAL PH METER FOR SALES.

.

 

Water quality with ph meters and catfish farming.

.

.

Nothing stresses the fish quicker than poor quality water. The maintenance of water quality is critical to the success of your fish farm. 

.

.



Water quality management is the Key to success of everything, we do in fish farming. 

.

.

Fish will lose their appetite in poor quality water and usually show signs of stress as the conditions deteriorate. 

.

.

The situation under investigation could be an early warning sign of an impending critical water quality problem. PH and levels may be low or high, thus depriving the fish of a key ingredient for fast growth and Development.

.

.

💥Water that has a pH that is too low or too high can be harmful to fish and other aquatic life. .

.

.

💥At low pH, toxic metals such as aluminum can enter the water in greater concentrations, some nitrogen-bearing chemicals become more toxic, and the metabolic processes of fish can become less efficient. .

.

.

💥Water with pH below 5 can inhibit reproduction or lead to death, and young fish and other aquatic organisms are especially susceptible. Water with a pH below 6.0 can inhibit growth.

.

.

💥At high pH values (such as >9), most ammonium ions are convert

.

.

We have the devices available

.

.

#Price of PH meter N10,000

#Delivery fee in Lagos N1000

.

.

#Delivery fee in Ogun N1500 - N2000

Pay on delivery in these states.

.

.

Other states pay before delivery.

.

.

To order #call 08138570184

.

.

Whatsapp click 👇 https://wa.me/2348138570184

.

.

Check me out @catfishfarming @phmeterstore

 


Importance of Water Quality in Aquaculture

Fish perform all their bodily functions in water. Because fish are totally dependent upon water to breathe, feed and grow, excrete wastes, maintain a salt balance, and reproduce, understanding the physical and chemical qualities of water is critical to successful aquaculture. To a great extent water determines the success or failure of an aquaculture operation.

Very high (greater than 7.5) or very low (less than 6.5) pH values are unsuitable for most aquatic organisms. Young fish and immature stages of aquatic insects are extremely sensitive to pH levels below 5 and may die at these low pH values.

High pH levels (9-14) can harm fish by denaturing cellular membranes. Changes in pH can also affect aquatic life indirectly by altering other aspects of water chemistry. Low pH levels accelerate the release of metals from rocks or sediments in the stream. These metals can affect a fish's metabolism and the fish's ability to take water in.

High pH Levels Effect

At high pH (>9) most ammonium in water is converted to toxic ammonia (NH3) which can kill fish. Moreover, cyanobacterial toxins can also significantly influence fish populations.

NOTE: One critical parameter is pH: Not only for the health of the fish, but for the bacteria have that cleaned up the water as well as nitrifiers that remove excess nutrients.

pH is important in aquaculture as a measure of the acidity of the water or soil. Fish cannot survive in waters below pH 6.5 and above pH 7.5 for long periods. The optimum pH for fish is between 6.5 and 7.5. Fish will grow poorly and reproduction will be affected at consistently higher or lower pH levels

The Effects of pH on Warm-Water Pond Fish
pHEffects on fish
4Acid death point
4 to 5No reproduction
4 to 6.5Slow growth
6.5 to 7.5Desireable ranges for fish reproduction
7.6 to 8Slow growth
≥9Alkaline death point




Do you know if you put all things right you can use N15000 to begin catfish hatchery and produce 10,000 post fingerlings sold at N11 per one. Lets do the maths;
N11 ×10,000 = N110,000 revenue per hatchery....
.
.
Get this All round Practical Ebook on Catfish Farming From hacting catfish Fries to harvesting table size.
.
.
LEARN THE FOLLOWING PRACTICALLY AND MORE VIA EBOOK;
.
.
1)Pond Construction.
2)Hatchery.
3)Water Management.
4)Stocking Density.
5)Sorting.
6)Water Analysis.
7)Water Treatment.
8)Feeding Technique
.
.
Secret of Growing Catfish Bigger, Faster within a short time and more.

Ebook Cost N500 alone .
.
.
Special offer:
Ebook Cost N1000 and you can contact us anytime you have question or challenge.
.
.
TO ORDER;
.
Call/Whatsapp on 0.8.1.3.8.5.7.0.1.8.4
View this post on Instagram

A - Z PRACTICAL CATFISH FARMING . . Do you know if you put all things right you can use N15000 to begin catfish hatchery and produce 10,000 post fingerlings sold at N11 per one. Lets do the maths; N11 ×10,000 = N110,000 revenue per hatchery.... . . Get this All round Practical Ebook on Catfish Farming From hacting catfish Fries to harvesting table size. . . LEARN THE FOLLOWING PRACTICALLY AND MORE VIA EBOOK; . . 1)Pond Construction. 2)Hatchery. 3)Water Management. 4)Stocking Density. 5)Sorting. 6)Water Analysis. 7)Water Treatment. 8)Feeding Technique . . Secret of Growing Catfish Bigger, Faster within a short time and more. Ebook Cost N500 alone . . . Special offer: Ebook Cost N1000 and you can contact us anytime you have question or challenge. . . TO ORDER; . Call/Whatsapp on 0.8.1.3.8.5.7.0.1.8.4 . . #followforfollowback #following #followforfollow #f4f #foryoupage #fyp #lekki #ikoyi #lekkiphase1 #ajah #victoriaisland #lagosisland #cr7 #usa #amazonprime #fishfarm #phmeter

A post shared by Catfish Farm & pH Meter Store (@catfishfarming) on Jul 25, 2020 at 11:26am PDT






TDS= Total Dissolved Solids;

The ability of water to dissolve, combine with, or suspend other elements and compounds can be helpful as a supply of necessary nutrients. Water can also be a source of trouble for the fish farmerd because it can contain chemicals that are irritants or toxic to fishes. Aside from overall stress, water quality is the most common cause of fish diseases. 

A constant level of minerals in the water is necessary for aquatic life. Changes in the amounts of dissolved solids can be harmful because the density of total dissolved solids determines the flow of water in and out of an organism’s cells. Concentrations that are too high or too low may limit the growth and may lead to the death of many fish.

A level of 400ppm or less is recommended for most freshwater fish although many softwater fish demand a significantly lower level. 

Total Dissolved Solids are also important for proper osmotic regulation, which is the relationship of water versus dissolved solids in the cells and the external environment.

The greater the amount of solids in the water versus the solids in the tissue of the fish will result in a fluid loss via the gills. 



 EC = means electrical conductivity. This is a measure for measuring the sodium concentration of a solution.


Electrical conductivity in a substance occurs when it contains sodium. For example, when you add nutrients (consisting of sodium) to water during the production of a fertiliser tank, a certain amount of electrical conductivity is created in the water.

The more sodium you add, the higher the EC will be. The EC also increases at a higher temperature.

With the help of an EC-meter you can measure this. When you treat with salt bath you could use EC to measure the necessary amount of salt to apply so u wont injure your fish.

You can use it to tell if ur water is rich enough for fish, planktons and other prokaryotes, etc to trive.

Since total dissolved solids content of a softened water is the same as that of the untreated raw water, a supply with a lower dissolved solids content must be gained in some other way. Blending of softened water with reverse osmosis or distilled water may produce the conditions conducive to aquatic breeding. 

It is critical to regulate the alkalinity & buffering capacity (pH) of the water as well

Salinity
Salinity is the dissolved salt content of water and is often ex-pressed as the parts of salt by weight per thousand parts of water by weight (ppt).

Channel catfish can breed and reproduce over a wide range of salinities.

Eggs can hatch and fry will de-
velop in waters with salinities up to at least 8 parts per thousand, but the optimum salinity for channel catfish hatchery supplies appears to be between 0.5 and 3 ppt
(500 to 3,000 ppm).


TDS to beneficial Hardness testing.

Hardness refers to the amounts of calcium and magnesium in the water and is expressed as ppm of equivalent CaCO3.

Adequate concentrations of environmental calcium are required for “hardening” of eggs and for normal bone and
tissue development of fry.

Symptoms of environmental calcium deficiency include swelling and poor Hatchability of eggs and slow development, lack of vigor, poor stress resistance, and low survival
of sac fry.

A minimum of 5 ppm calcium

hardness is required for adequate egg hatchiability and for development and vigor of sac fry. Higher calcium concentrations are desirable because calcium also protects fry from ammonia and metal Toxicosis.

All things considered, hatch-
Every water supplies should contain at least 20 ppm calcium hardness.
Calcium levels can be increased by adding a solution of calcium chloride to the water supply.

The calcium solution can be added by chemical metering pumps or by using an inexpensive
 “drip system” where a concentrated solution of calcium chloride is slowly




 pH stands for the “power of hydrogen”

.

Extremely high or low pH values cause damage to fish tissues, especially the gills, and haemorrhages may occur in the gills and on the lower part of the body.

.

Water pH also has a significant influence on the toxic action of a number of other substances (e.g. ammonia, hydrogen sulphide, cyanides, and heavy metals) on fish.

.

Very high (greater than 7.5) or very low (less than 6.5) pH values are unsuitable for most aquatic organisms. Young fish and immature stages of aquatic insects are extremely sensitive to pH levels below 6.5 and always die at these low pH values.

.

High pH levels (7.6 - 14) can harm fish by denaturing cellular membranes. Changes in pH can also affect aquatic life indirectly by altering other aspects of water chemistry

.

Low pH levels accelerate the release of metals from rocks or sediments in the stream. These metals can affect a fish's metabolism and the fish's ability to take water in.

.

At high pH (>7.5) most ammonium in water is converted to toxic ammonia (NH3) which can kill fish. 

.


Fish fries, fingerlings, juveniles and others cannot survive in waters below pH 6.5 and above pH 7.5 for long periods. 

.

The optimum pH for fish is between 6.5 and 7.5. Fish will grow poorly and reproduction will be affected at consistently higher or lower pH levels...

 



The Effects of pH on Warm-Water Pond Fish. 



 pH |             Effects on fish

1 - 6.4    ||         Acid death point.


1 - 6.4.   ||        No.  reproduction.



4 - 6.4. ||          Slow growth.


6.5 -7.5. ||    Desireable ranges for fish reproduction. 


7.6 - 10.  ||      Slow growth


 ≥11.    ||       Alkaline death point

 


Terminalia catappa leaves


Although in chemistry, most of us knows that to neutralize a substance or water that is alkaline, you need an acid to do, but we all know that most acid are toxic eg Sulfuric acid, Hcl, hydrochloric acid. If you are reading this article congratulations.

We want to introduce you to a natural way reduce your water alkalinity to neutral (ph 7.0) or highest ( 7.5 ph). You can do this by using Dry catappa leaves, porpularly known as fruit tree leaves in Nigeria and Indian Almond tree leaves.

Here is a video below after major studies of the leave in balancing ph of several water sources:

Watch Video: 





LEARN MORE ABOUT CATAPPA LEAVES BELOW



Terminalia catappa tree – a tree that is native to Southeast Asia and has been used in traditional medicine there for centuries.[1]
If you are wondering what a Terminalia catappa tree looks like, here it is…
Terminalia catappa tree

Once dried, they are ready to be used in ponds.  


Let’s take a look at the most common uses for Indian almond leaves.

1. Improve the quality of your aquarium water

Three Indian almond leaves sitting under water in aquarium improving water quality
When added to your aquarium, an Indian almond leaf will gradually break down. And as it does, it releases tannic acid, tannins and other substances into your aquarium.
As the tannic acid is released, it lowers the pH of your water. If you want a natural solution to reduce the pH levels in your aquarium, Indian almond leaf helps to achieve just that.
A study has also found that Indian almond leaves can significantly decrease water hardness (GH), which can benefit those who use hard water in their aquariums.
Okay, but what good is that for your aquarium?
Well, the water out of your tap probably doesn’t match the ideal conditions of the fish you keep.
Indian almond leaves change the water so that it more closely resembles the habitat of your fish

2. Natural medication for skin problems




Many fish farmers swear by Indian almond leaf as a natural remedy for diseases or injury involving their fish’s skin or rather their scales.
It is believed the tannins released by Indian almond leaves kill bacteria, fungus and viruses, allowing an injured fish to heal much quicker.
It is even suggested that Indian almond leaf might be a better solution than antibiotics and other medications when fighting bacteria and fungus in commercial fish farms.

3. Food and protection for fry (baby fish)

Indian almond leaves are the gift that keeps giving, even once your fish have hatched.
Many fish keepers add Indian almond leaves to fry tanks – an aquarium that is set aside just for baby fish.
First, the leaves give fry a place to hide, allowing them to feel safe. Sure, there are no predators in your fry tank, but your tiny fish don’t know that.
As the Indian almond leaves begin to break down, microorganisms called infusoria appear and feed on the leaf.
Infusoria are so small that humans can barely see them with our naked eye. However, to your fry that are barely bigger than an eyelash, infusoria might as well be a steak dinner.
Newly hatched fry happily chow down on infusoria until they grow large enough that they need to switch to an alternate food source.

As Indian almond or catappa leaves break down, they release tannins. These tannins can stain your water, turning it a yellow or brown tinge.
It’s similar to dipping a tea bag into a hot cup of water. The tannins are released into the water, giving the tea its color.
To a beginner, this yellow water can be quite a surprise.
I mean, whenever you go to a fish store or aquarium, the water is crystal clear, right?
Well, it might surprise you to learn that this yellow water is actually a good thing for many types of fish.
You see, lots of fish come from waters that are a murky brown color.
Most rivers and streams are a dark color because thousands or even millions of leaves have washed into the water and broken down.
While you might not be crazy about the color, this darker water may reduce stress in shy fish like discus.
And since stress is the number one cause of death in fish, a little bit of yellow water is a small price to pay for the happiness of your fish.
In fact, many fish owners prefer darker water – it allows them to create unusual and stunning aquariums like this one…

Blackwater aquarium with yellow water tinted by Indian almond leaves

Well, Indian almond leaves are unique in that they break down slower than other leaves. The leaves have big, tough veins that take a long time to deteriorate, long after the rest of the leaf has broken down.
The advantage to this is that you can pull the leaf out of your aquarium without it disintegrating into small pieces.
Also, while other leaves might give off tannins, Indian almond leaves also have medicinal properties – something that other leaves don’t offer.

How do you use Indian almond/ Catappa leaves?

So, you want to add Indian almond leaves to your pond?
Now that you have your Indian almond leaves on hand, it’s time to add them to your pond. 

Dunking an Indian almond leaf in your tank
The most common way of using Indian almond leaves is to drop them directly into your tank. It’s generally recommended that you start with one medium-sized leaf for every 10 gallons of water inside your aquarium.
Please share, subscribe to our news letter and come back for more tips. Cheers!
Newer Posts Older Posts Home

ABOUT ME

I could look back at my life and get a good story out of it. It's a picture of somebody trying to figure things out.

SUBSCRIBE & FOLLOW

POPULAR POSTS

Advertisement
Advertisement

Advertisement

Contact Form

Name

Email *

Message *

Catfish Farming

View this post on Instagram

A post shared by Catfish Farming (@catfishfarming)

Phmeterstore

House of Franklin

Designed by OddThemes | Distributed by Gooyaabi Templates