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Customizable DIY Aquarium Net Cover
Keep your finny friends safe inside your tank with a customizable Red Sea Aquarium Net Cover.
With a sleek profile and minimalist hangers the Red Sea Net Cover blends in seamlessly even on ultra-clear, rimless, open-top aquariums.
The extra strong aluminum frame and purpose designed components allow the extra thin transparent net cover to be customized to accommodate rim-mounted equipment such as lighting arms, auto-feeders and overflow boxes.
Check out our how-to video that shows exactly how to assemble Red Sea’s fish saver, step-by-step. Keep in mind that this is a Do-it-Yourself cover, and while it offers versatility and customizability at a fraction of the cost of custom-built covers, it does require proper DIY skills including planning, taking exact measurements and cutting aluminum profiles. So if you aren’t a DIY project kind of hobbyist, you can always ask your local dealer or a handy friend to help.
Designed specifically for rimless tanks the Red Sea cover also works well with braced tanks such as the MAX® S-series.
Main Features:
Suitable for most open-top aquariums
Extra strong, customized aluminum profiles
8mm (5/16″) thin strand, transparent netting
Inside-rim or on-rim mounting options
Includes components for one customized cut-out for filters
Components available to accommodate additional rim-mounted equipment
Includes spline roller
Contents of DIY Aquarium Net Cover Kit:
Aluminum frame sections/profiles
Internal and external frame corners
Spacers and hangers
8mm (5/16″) netting, which can be cut to size
Spline rubber for attaching the net to the frame
Spline roller for inserting the spline
Example of Red Sea REEFER™ 350 Deluxe with cutouts for overflow and LED lights
10 in stock
Delivery in 2-5 Days
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Customizable DIY Aquarium Net Cover
Keep your finny friends safe inside your tank with a customizable Red Sea Aquarium Net Cover.
With a sleek profile and minimalist hangers the Red Sea Net Cover blends in seamlessly even on ultra-clear, rimless, open-top aquariums.
The extra strong aluminum frame and purpose designed components allow the extra thin transparent net cover to be customized to accommodate rim-mounted equipment such as lighting arms, auto-feeders and overflow boxes.
Check out our how-to video that shows exactly how to assemble Red Sea’s fish saver, step-by-step. Keep in mind that this is a Do-it-Yourself cover, and while it offers versatility and customizability at a fraction of the cost of custom-built covers, it does require proper DIY skills including planning, taking exact measurements and cutting aluminum profiles. So if you aren’t a DIY project kind of hobbyist, you can always ask your local dealer or a handy friend to help.
Designed specifically for rimless tanks the Red Sea cover also works well with braced tanks such as the MAX® S-series.
Main Features:
Suitable for most open-top aquariums
Extra strong, customized aluminum profiles
8mm (5/16″) thin strand, transparent netting
Inside-rim or on-rim mounting options
Includes components for one customized cut-out for filters
Components available to accommodate additional rim-mounted equipment
Includes spline roller
Contents of DIY Aquarium Net Cover Kit:
Aluminum frame sections/profiles
Internal and external frame corners
Spacers and hangers
8mm (5/16″) netting, which can be cut to size
Spline rubber for attaching the net to the frame
Spline roller for inserting the spline
Example of Red Sea REEFER™ 350 Deluxe with cutouts for overflow and LED lights
PLATINIUM HEATER is an innovative glass heater produced by AQUAEL. It is equipped with a high-precision electronic thermostat. Temperatures can be set in the range between 20 and 33 °C and are maintained with an accuracy of 0.8 °C (+/-0,4 °C).The heater boasts the ONE TOUCH system for intuitive temperature adjustment, a ceramic heat sink, and an embedded electronic thermometer. Each specimen undergoes computer-assisted testing at AQUAEL’s laboratory.Since the thermostat is fully electronically controlled, these heaters, unlike other commercially available products, do not have any mechanical contacts or other wear-prone moveable parts. This guarantees a long, failure-free service life for maintaining optimal thermal conditions in the tank. The PLATINIUM HEATER line includes 8 models, with power ranging from 25 to 300 W.
Product advantages:
a wide-range, high-precision electronic thermostat (+/- 0.4 °C)
the thermostat is fully electronically controlled, which means that there are no failure-prone mechanical parts
indication of the current temperature of water in the tank
easily readable indication of the set temperature
each specimen undergoes computer-assisted testing and calibration at AQUAEL’s laboratory to ensure precision and safety of operation
Check the table below to see which model is best for your setup:
Wattage
25W
50W
75W
100W
150W
200W
250W
300W
Capacity (L)
10-25
15-50
35-75
60-100
90-150
130-200
180-250
230-300
The heater is easy to control using the ONE-TOUCH system that employs a single button surrounded by a ring of LEDs indicating the current and set temperatures. The electronic thermostat operates with an exceptional precision (+/- 0.25° C) to maintain a constant temperature in the tank. This ensures that even the most sensitive of aquarium animals will stay comfortable at all times.
Temperatures can be set in the range between 20 and 33 °C, which means that the heater can be used in treating various fish diseases, including white spots. In addition, the ULTRA HEATER has a builtin system to prevent overheating of the tank water in hot weather.Thanks to its unbreakable plastic housing, the ULTRA HEATER is ideal for use in tanks where large and strong fish or even water turtles are kept. At the same time, the heater is totally safe and does not cause burns in even the most sensitive animals, e.g. catfish or rays.
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TECO chiller units are efficient and reliable instruments for maintaining a constant water temperature in your aquarium with groundbreaking integrated functions, Absolute safety is guaranteed by high-quality materials and specific internal alarms. Special attention was paid to optimizing energy savings.
Aquarium Chiller
MADE IN ITALY design and production
Efficient Cooling Technology
• The exclusive use of high-quality compressors and of the titanium coaxial heat exchanger, ensures high performance and low energy consumption. The set of technologies used allows you to decrease noise levels and achieve the highest COP (Coefficient Of Performance) contributing to significant energy savings.
Digital Thermostat
• Intuitive setting of functions and accurate temperature detection, resolution 0.1°C/0.2°F. The setting range is 0°-35°C (32°F-95°F) and there is a closed loop temperature control system with high accuracy and extremely tight differential (0.5°C/1°F). Displayed temperature is in °C or °F and there are security alarms.
Efficient Design
• The chiller, with its innovative design, is characterized by a solid structure designed to guarantee a perfect protection against rust. The functionality of the shape and the compact size are also suitable for confined spaces.
Unique Feature
• The innovative TECOair SYSTEM (Figure 1) makes it possible to rotate the conveyor, thus ensuring optimal air exchange for the chiller and heat output from the cabinet. Quick and easy magnetic air filter maintenance. Moreover, the innovative “pinch off plier” allows easy removal of the chiller for maintenance. The standard built-in heater ensures continuous and optimal maintenance of temperature in all use conditions.
TK500 Technical Details
Supply
230V-50Hz
Cooling Power Consumption
225 w
Ecological Refrigerant
R134a
Min. Flow rate
400 lt / h
Tank Size
up to 500 lt(water temp. 25°C - Room temp. 30°C - Heating load 0,5 w / lt)
Dimensions
mm. 310 x 310 x 416 (h)
Dimensions
in. 12.2 x 12.2 x 16.38 (h)
Weight
16,5 kg
Connections
fitting 3/4" - 16mm int. tube diameter
TK1000 Technical Details
Supply
230V-50Hz
Cooling Power Consumption
315 w
Ecological Refrigerant
R134a
Min. Flow rate
500 lt / h
Tank Size
up to1000 lt(water temp. 25°C - Room temp. 30°C - Heating load 0,3 w / lt)
Dimensions
mm. 310 x 310 x 458 (h)
Dimensions
in. 12.2 x 12.2 x 18.03 (h)
Weight
19,7 kg
Connections
fitting 3/4" - 16mm int. tube diameter
TK2000 Technical Details
Supply
230V-50Hz
Cooling Power Consumption
440 w
Ecological Refrigerant
R134a
Min. Flow rate
600 lt / h
Tank Size
up to 2000 lt(water temp. 25°C - Room temp. 30°C - Heating load 0,3 w / lt)
Dimensions
mm. 310 x 310 x 500 (h)
Dimensions
in. 12.2 x 12.2 x 19.96 (h)
Weight
21,4 kg
Connections
fitting 3/4" - 16mm int. tube diameter
TK3000 Technical Details
Supply
230V-50Hz
Cooling Power Consumption
750 w
Ecological Gas
R410A
Min. Flow Rate
3000 lt / h
Tank Size
up to 3000 lt(water temp. 25°C - Room temp. 30°C - Heating load 0,3 w / lt)
Dimensions
mm. 395 x 600 x 565 (h)
Dimensions
in. 15.55 x 23.62 x 22.24 (h)
Weight
39 kg
Connections
fitting 1" - 25mm int. tube diameter
TK6000 Technical Details
Supply
230V-50Hz
Cooling Power Consumption
900 w
Ecological Gas
R407c
Min. Flow Rate
3000 lt / h
Tank Size
up to 6000 lt(water temp. 25°C - Room temp. 30°C - Heating load 0,3 w / lt)
Dimensions
mm. 395 x 600 x 565 (h)
Dimensions
in. 15.55 x 23.62 x 22.24 (h)
Weight
39 kg
Connections
fitting 1" - 25mm int. tube diameter
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The Bubble Magus Automatic Sump Filter Rollers removes the need for filter socks. Water is fed into the internal chamber via the aquarium systems drain, and through the filter roll. When the water level rises in the chamber due to filter clogging the water level switch triggers the motor to wind on the filter roll to a new fresh piece. The water level will then drop repeating the process.
Specifications
12v DC motor
110v Power adapter ULc DC12v 1amp output
Water level switch
Filter roll Non woven 150mm width, 25M length
1” I.D inlet pipe, complete with Flex pipe
Internal sump mounted
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The multi-light RMS offers a customizable multi light mount solution for Radion XR30 and Radion XR15 lights. The multi-light RMS system features.
Built-in cable management
Compatible with rimmed, rimless, and eurobraced tanks
Extremely rigid and light
Anodized Aluminum Finish
Flexible slide mounts allow for you to move and rotate your Radion position to perfectly illuminate your corals
Mounts Radions optimally at approximately 7 inches 18cm above glass
Flexible Design to Fit Your Needs
Because the multi-light RMS is a modular system, choose the components that fit your needs. To build a mount you will need a set of arms, the right rail for your tank and the number and model of light mounts that fit your setup.
It’s as simple as A,B and C.
Rails In All Lengths
Tanks come in a lot of shapes and sizes. To accommodate the vast majority of commercially available and custom aquariums the RMS multi-light rails start at 20.5 inches and increase in 10 inch increments to 90.5 inch. The multi-light RMS allows for adjustment of the rail with respect to the arms – meaning that even if your tank is not a common length – there is a rail length that will work for you.
Mix and Match
A single Multi-Light RMS setup can accommodate both XR15 and XR30 model Radions on the same rail.
RMS Hanging Kit
The RMS Hanging Kit provides yet more versatility to the already highly flexible RMS system. With the RMS hanging kit you can suspend a RMS track holding multiple slides and Radions over your aquarium. Ideal for situations where you would like to use the RMS slide and track system but do not have the ability to use the arms. Kit includes brackets and hanging hardware. RMS track sold separately.
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*Accurate *For fresh & saltwater * Designed for inside your aquarium *The LCD screen is very easy to read and is compact *It’s very reliable & runs on batteries which are included
* Completely submersible, compact design ensures discrete placement in your aquarium.
* Battery operated. Completely wireless device means no messy cables or probes. Also ensurers safer use – no need to unplug when maintaining your aquarium
* Clear and easy display shows continual readings with + or – 1C accuracy.
* Heavy duty plastic exterior reduces the risk of breakage
* High Quality long lasting suction cup
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Red Sea REEF-SPEC™ Carbon is the ultimate choice for marine & reef aquariums due to its unique technical characteristics.
Red Sea REEF-SPEC™ Carbon’s granule size and its micro/macro porous structure, ensures a very high total adsorption capacity and rapid extraction of the specific organic pollutants that are found in Reef aquariums.
REEF-SPEC™ Carbon has extremely low phosphate leaching and minimal ash content while also not affecting the pH of aquarium water.Red Sea REEF-SPEC™ Carbon needs replacing less frequently than carbons that are not reef-specific or are of a lower quality and represents an effective, cost-efficient solution for providing the very best water quality in marine & reef aquariums.
Main features:
Rapid removal of organic pollutants
High total adsorption capacity
Ultra-Low phosphate output
Ultra-Low ash content
Suitable for Marine & Freshwater
Filter Bag included( 250g, 500g, 1000g)
REEF-SPEC™ Carbon Specification Table
Specification
Shape
0.6 – 2.3 mm flakes
Density
0.48 g/ml
Pore Volume (PV)
1.04 ml/g
Total Surface Area (TSA)
1000 m2/g
TSA/PV
990 m2/ml
Small organic molecules adsorption
1000 mg/g
Large organic molecules adsorption
280 mg/g
pH in distilled water
>8
Phosphate output
0.000001 g/ml
The role of Activated Carbon in the reef aquarium
Why do we need to use carbon in a reef aquarium?
There are organic pollutants that can only be removed from reef aquarium water by active carbon.
The reef aquarium is a closed artificial ecosystem where living creatures continually produce organic waste consisting of proteins, fats, carbohydrates, organic acids and phenols.
If allowed to decompose the organics will fuel the activity of many unwanted microorganisms in the aquarium, increasing the total oxygen demand (BOD, COD) which will cause a reduction in Redox potential, as well as causing excessive production of CO2 by bacterial respiration, which will reduce pH. Furthermore, there will be an increase in nitrogenous and phosphorus compounds, encouraging growth of nuisance bacteria and eventually of nuisance algae. The accumulating organics also has a significant effect on light penetration, especially in the blue and near UV spectrum that stimulates coral growth.
Stripping out the organics from the water is therefore crucial for the success of the aquarium. Using strong protein skimming, fine mechanical filtration and healthy biological filtration (nitrification and de-nitrification) will treat the large organic particles and the end products of the organic decomposition processes. However, there are many small organic particles that can only be treated by very fine mechanical micro-filtration using activated carbon.
How does activated carbon filter water?
Scientifically speaking, carbon removes the organics from water by a physical process called adsorption. Within a reef aquarium, the submicroscopic pores of activated carbon is the final stage of the mechanical filtration process, adsorbing the organic molecules that are too small to be removed by even the finest mechanical filters or physically removed from the water by protein skimming.
Adsorption can be thought of as the adhesion of a molecule to surface by attractive forces. This occurs within the submicroscopic pores of the carbon because the attractive forces between the organic molecules and the internal surfaces of the carbon are far greater than the attractive forces that keep them dissolved in solution. This will continue until all of the surface area inside the carbon is used up and it becomes saturated with organics.
What is activated carbon?
Activated carbon is an extremely porous material with a sponge like structure but with a very large internal surface area relative to its physical size. It is produced from many organic materials that have a high carbon content such as coconuts shells, nutshells, lignite, bituminous coal or anthracite. The carbon-based material is “activated” through physical modification and thermal decomposition in a furnace, under a controlled atmosphere and temperature. The activation process significantly increases the surface area per unit volume of a fine network of submicroscopic pores which is what gives activated carbon its ability to act as a filter material. The specific source of the carbon and the specific activation process determines the physical characteristics of the finished product. There are many different grades of activated carbon and therefore they must be selected specifically for each and every application.
What makes a specific carbon ideal for reef aquariums usage?
There are a number of internationally accepted tests for evaluating and comparing activated carbon. However, the most significant parameters for selecting a carbon for reef aquariums are the Iodine Number and Methylene Blue Number. These two parameters measure the ability of the carbon to adsorb all of the organic waste from a reef aquarium that is not removed by the mechanical filtration and protein skimming. The higher the number the more organics will be removed from the aquarium per gram of active carbon used. Both of these numbers are about as important as each other and should always be considered together when evaluating test data.
Some manufacturers quote a Molasses Number, however the molecules in the molasses size range are typically removed by protein skimming and therefore this number is irrelevant when evaluating the suitability of activate carbon for reef aquariums.
In the past, carbons have been known to leach phosphate into the water, which is undesirable for a reef aquarium and therefore the lowest levels of Leachable Phosphate are considered better. In reality, as long as the leachable phosphate is below a basic threshold level, any differences below that level is not measurable in reef aquariums and is therefore irrelevant.
The cleanliness or dustiness of the product is also a consideration and is measured as the Ash Level. The lower the better as higher levels indicate a larger quantity of particles will be released to the water and a lower actual mass of carbon left to do the filtration. Ash levels are often quoted by manufacturers however it is easiest visualized by viewing the turbidity on adding the carbon to water.
In addition to these important indicators, the overall efficiency of the activated carbon will be effected by its physical parameters such as Product Density, TSA, Pore Volume and Mesh Size.
Activated carbon produced from lignite and anthracite are not recommended for reef aquariums due to an excessive amount of fine powder released to the water (which may lead to lateral line necrosis “HLLE disease” in some fish). Coconut shell or bituminous coal are the preferred sources.
Tips on using Reef Spec Carbon in a reef aquarium
The adsorption activity of the carbon media relies on a good carbon/water contact and therefore moderately active water flow will increase the efficiency. Strong water flow will reduce the contact time and interfere with the adhesion process of the organic molecules to the carbon. Strong water flow may also cause the granules to grind against each other, releasing carbon material to water.
For best results:
Remove any fines, by rinsing carbon under tap water.
Due to air trapped in the pores carbon will float and therefore it is recommended to soak the carbon in RO water until all of the air has been released.
Place the carbon in a location with an active flow of 1000-1500 lph (250-400 gph) per 50 gr carbon.
Replace carbon every 1.5 – 2 months. Note: When carbon becomes saturated with organics, it may start adsorbing some of the trace elements from the seawater.
Usage Guide
Organic load and yellow tint removal: The recommended dosage of Red Sea’s REEF SPEC Carbon is approximately 50 gr (100 ml) per 200 L (50 gallons) for a period of 1-2 months for a moderately stocked reef aquarium.
Post-medication treatment: The recommended dosage of Red Sea’s REEF SPEC Carbon to adsorb medication residuals is approximately 100 gr (200 ml) per 200 L (50 gallons) for a period of a week.
Ozone post-treatment: The recommended dosage of Red Sea’s REEF SPEC Carbon to remove residual ozone is 50 gr per 50mg/hr of ozone injection. The carbon should be placed at the ozone reactor/ protein skimmer outlet. Carbon should be replaced once it has reached approximately 50% of its original volume.
Technical Terms
Iodine Number: Standard testing done to estimate the adsorption capacity of small molecules, in the range of 10 Å to 15 Å. Recommended levels for reef aquariums are above 850 mg/g but the higher the number the better.
Methylene Blue Number: Standard testing done to estimate the adsorption capacity of medium size molecules in the range of 15 Å to 40 Å. Recommended levels for reef aquariums are above 250 mg/g but the higher the number the better.
Molasses Number: Non-standard testing done to estimate the adsorption capacity of large molecules above 40 Å. There is no recommended level for reef aquariums these molecules are removed by protein skimming.
Ash Level: A measure of the non-carbon content of the activated carbon. This is normally a dust that will be released from the carbon to the water. The less Ash the better.
Leachable phosphate: A measure of the amount of residual orthophosphates PO4 that may leach from the carbon to the aquarium. The less phosphate the better and for reef aquariums should be below 10 mg/kg. Highest quality carbons will be below 2 mg/kg.
Product Density: Density of the carbon at maximum packing efficiency, reported in g/ml.
TSA – Total Surface Area: Amount of pore surface available for adsorption for a given mass of carbon, measured using techniques such as BET nitrogen adsorption; reported in units of m²/g. Recommended levels are above 800 m²/g.
Pore volume: The amount of macro, meso and micro pores. The ratio between TSA to pore volume estimate the active surface area in m2/ml.
Mesh Size: Measure of particle size range of the granular product. Recommended mesh size for water treatment is 8 x 30 mesh (0.6 x 2.4 mm).
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Pack the Red Sea Filter Media Cup with filter floss, ceramic media, carbon, gfo, or any other media you want. The slots at the bottom half of the cup force water to flow down through your media before it can freely exit. With the included media bag, you can manipulate your aquarium's water to go through a wide variety of media, carbon to help remove any toxins or yellowing pigments in the water, GFO to help remove phosphates or a biological substrate like MarinePure for the added surface area. The Filter Media Cup is an ideal and cost-effective replacement to filter socks as well. If all you want is to polish the water of free-floating particles, then placing a few handfuls of a filter pad in the cup is all you need to do, merely replace the dirty pads every few days.
Replaces filter socks
Create your own custom filter tower
Works with all Red Sea Reefer & MAX systems
Compatible with most pre-made sumps
Includes media bag
Specifications:
Dimensions - 4" x 8"
Min Sock Opening - 3.5"
Capacity - 1L
Media Bag Size - 5" x 10"
What's Included?
1x Filter Media Cup
1x REEF SPEC Media Bag
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Red Sea Micron filter bags - A range of high quality, reusable Felt & Thin Mesh aquarium filter bags
Red Sea Micron Felt & Thin Mesh aquarium filter bags
A range of 3 high quality, reusable aquarium filter bags providing different levels of mechanical filtration. These 10.5″/26cm long filter bags for Red Sea’s REEFER and MAX-S aquariums will also fit any standard 4″/10cm filter bag holder.
Red Sea’s 100 & 225 micron aquarium Felt filter bags
Available in 2 porosities, the felt filter bags are very effective at trapping particulate matter in the thick wall of the bag.
100 micron felt filter bags are designed to provide fine ‘polishing’ of water that is already low in particulate matter (mature aquariums).
225 micron felt filter bags are ideal for regular day to day use and enable a longer period between cleaning than with the 100 micron bags.
225 micron thin-mesh aquarium filter bags are perfect for new setups and after heavy maintenance or whenever there is a lot of particulate matter in the water. They are also suitable as a holder for other mechanical or chemical filter media. The monofilament construction of these bags makes them very easy to clean. These bags are now used in REEFER™ and MAX-S™ Systems
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Red Sea Coral Colors C is a complex of 8 “light” metals that includes Iron, Manganese, Cobalt, Copper, Aluminum, Zinc, Chrome and Nickel. These micro-elements are essential to many bio-chemical metabolic processes, including respiration, production of energy, chlorophyll and photosynthetic catalysts. C elements are related to the green/yellowchroma-proteins.Weekly dosing - Soft CoralsTest the Color Elements every week and dose each supplement to replenish back to the optimal levels.Daily dosing - SPS coralsEnsure that all of the Color Elements are at optimal values and run the aquarium for4 days at a stable salinity (compensate for evaporation daily) without adding anysupplements. At the end of the 4 days test the Color Elements and calculate the “4 day dosage” of each supplement to replenish back to the optimal levels. Add the “4 day dosage” to the system. Divide this “4 day dosage” by 4 and use as the daily dosage for the next week.After a week of adding the daily dosage, test the Color Elements and calculate the adjusting dosage of each supplement to replenish back to the optimal levels.
If the adjusting dosage is significantly different from the previous daily dosage amend (increase/decrease) the daily dosage as appropriate.
If the measured level of a specific element is above the optimal level wait for the excess of the element to be depleted before restarting the daily supplementation with the amended daily dosage.
Continue testing all of the elements every week and make adjustments to the dailydosages as required. As your corals grow or you add or remove livestock the uptake of the elements in your aquarium will gradually change. It is recommended to keep a log book of the weekly measurements and dosages.If you miss one or more days of supplementing add the complete amount that you have missed but do not exceed the maximum recommended daily increase for any of the elements.
Red Sea Coral Color D is a complex of 18 trace elements. These 18 elements (out of all the trace elements in NSW) participate in the metabolic processes inside a coral’s skeleton and soft tissue. D elements are related to the blue/purple chroma-proteins.Weekly dosing - Soft CoralsTest the Color Elements every week and dose each supplement to replenish back to the optimal levels.Daily dosing - SPS coralsEnsure that all of the Color Elements are at optimal values and run the aquarium for4 days at a stable salinity (compensate for evaporation daily) without adding anysupplements. At the end of the 4 days test the Color Elements and calculate the “4 day dosage” of each supplement to replenish back to the optimal levels. Add the “4 day dosage” to the system. Divide this “4 day dosage” by 4 and use as the daily dosage for the next week.After a week of adding the daily dosage, test the Color Elements and calculate the adjusting dosage of each supplement to replenish back to the optimal levels.
If the adjusting dosage is significantly different from the previous daily dosage amend (increase/decrease) the daily dosage as appropriate.
If the measured level of a specific element is above the optimal level wait for the excess of the element to be depleted before restarting the daily supplementation with the amended daily dosage.
Continue testing all of the elements every week and make adjustments to the dailydosages as required. As your corals grow or you add or remove livestock the uptake of the elements in your aquarium will gradually change. It is recommended to keep a log book of the weekly measurements and dosages.If you miss one or more days of supplementing add the complete amount that you have missed but do not exceed the maximum recommended daily increase for any of the elements.
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Coral Color A is a complex of halogens (Iodine, Bromine and Fluorine). The halogens act both as antioxidants and oxidative agents within the soft tissue and mucus layer of corals, reducing the possibility of coral bleaching. In active reef systems, these elements are depleted quickly due to their high oxidative abilities and reactivity with organic materials. Iodine and bromine are related to the pinkchroma-protein (pocciloporin).Coral Color B is a complex of Potassium and Boron. Potassium plays an essential role in the transportation of coral nutrients within the soft tissue (including the nutrients provided by the Zooxanthellae). Potassium and Boron significantly affect the alkalinity of a coral’s soft tissue and the formation of aragonite in its skeleton. Potassium is related to the red chroma-proteins.Coral Color C is a complex of 8 “light” metals that includes Iron, Manganese, Cobalt, Copper, Aluminum, Zinc, Chrome and Nickel. These micro-elements are essential to many bio-chemical metabolic processes, including respiration, production of energy, chlorophyll and photosynthetic catalysts. C elements are related to the green/yellow chroma-proteins.Coral Color D is a complex of 18 trace elements. These 18 elements (out of all the trace elements in NSW) participate in the metabolic processes inside a coral’s skeleton and soft tissue. D elements are related to the blue/purple chroma-proteins.Weekly dosing - Soft CoralsTest the Color Elements every week and dose each supplement to replenish back to the optimal levels.Daily dosing - SPS coralsEnsure that all of the Color Elements are at optimal values and run the aquarium for4 days at a stable salinity (compensate for evaporation daily) without adding anysupplements. At the end of the 4 days test the Color Elements and calculate the “4 day dosage” of each supplement to replenish back to the optimal levels. Add the “4 day dosage” to the system. Divide this “4 day dosage” by 4 and use as the daily dosage for the next week.After a week of adding the daily dosage, test the Color Elements and calculate the adjusting dosage of each supplement to replenish back to the optimal levels.
If the adjusting dosage is significantly different from the previous daily dosage amend (increase/decrease) the daily dosage as appropriate.
If the measured level of a specific element is above the optimal level wait for the excess of the element to be depleted before restarting the daily supplementation with the amended daily dosage.
Continue testing all of the elements every week and make adjustments to the dailydosages as required. As your corals grow or you add or remove livestock the uptake of the elements in your aquarium will gradually change. It is recommended to keep a log book of the weekly measurements and dosages.If you miss one or more days of supplementing add the complete amount that you have missed but do not exceed the maximum recommended daily increase for any of the elements
A Complete Eco-System in a Bottle
For SALT & FRESH WATER
Features and other benefits:
Dramatically reduces need for water changes
Reduces the frequency of cleaning
Good for salt and freshwater fish
Chemical free!
A new tank starter for biological cycling and boosting
An organic waste degrader
Naturally stimulates plant growth
Lowers ammonia levels and biologically reduces nitrates
Removes odors and clears cloudy water
Biological maintainer for established tanks
Enhances ability of plants to utilize light, water and nutrients
Breaks down residue on gravel, plants ,rocks, etc.
Breaks down protein foam
These bacteria are compatible with biological filters and UV lights. The UV lights should be turned off for 48-72 hours after the introduction of this product. This will allow the bacteria to progress through their most active growth stage.
MICROBE-LIFT/Special Blend can not neutralize chlorine, chloramine or heavy metals.
MICROBE-LIFT/Special Blend works well with activated carbon and is compatible with copper based products.
Since each bottle of MICROBE-LIFT is grown individually, color variations may exist from bottle to bottle. These variations in color are not indicative of variations in product quality. Any floating particles present are suspended biofilm which slough off the sides of the bottle. Dimpling or expansion of the container is caused by pressure differences resulting from temperature variations due to the fact that the bottle is sealed.
*Saltwater environments - the bacteria in this product will remain effective when used in marine environments with a specific gravity of 1.017 to 1.025. In marine tanks, add the aquarium salt mix and allow the water to circulate for 24 hours, then check and adjust the density. Add the bacteria after the new water has circulated for the 24-hour period.
Saltwater oceans are a highly stable environment with very little fluctuation in pH. The ocean waters dilute fish waste and organic matter. The bacteria in MICROBE-LIFT/Special Blend provides the assistance needed to break down the decaying organic matter and cycle certain elements, e.g. nitrogen and sulfur, etc. which may build up in your tank.
This product is NOT a chemical. It is harmless to humans, animals, fish and plants. Since we cannot control the pre-existing dynamics of individual aquaria, the above information and instructions are subject to many variables. Many situations may be unique in nature.
MICROBE-LIFT/Special Blend has a hydrogen sulfide odor which will dissipate quickly.
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Refractometer for measuring salinity of seawater for reef aquariums
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Calibrated to measure absolute salinity of seawater, not brine (NaCl)
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High resolution display focuses on the range relevant for reef aquariums
Maintain proper salinity level with greater precision and convenience. Red Sea Seawater Refractometer is designed specifically to measure the absolute salinity of seawater, not brine (NaCl) for true readings essential for reef aquariums housing sensitive corals. High-resolution dual scale display (salinity in ppt and specific gravity) focuses on the range relevant for reef aquariums, eliminating confusing extraneous graduations. Dual scale range of 20-40 PPT/77°F and 1.010-1.030 S.G.
Red Sea Seawater Refractometer has been calibrated for the specific ionic content of seawater according to the most advanced international laboratory standards for practical salinity measurements. High accuracy seawater refractometer features Automatic Temperature Compensation for exceptional accuracy measuring the absolute salinity of seawater at a temperature of 25°C/77°F.
Main Features
Directly reads the absolute salinity of seawater at 25°C/77°F (no need for seawater or temperature compensation factors).
Specifically designed for the ionic content of seawater (NSW) for more accurate salinity measurement (industry standard refractometers are calibrated for salt brine).
Calibrated for seawater (NSW) at 25°C/77°F, the normal temperature range for reef aquariums (most standard refractometers are calibrated at 15°C/59°F).
Easier to read, higher resolution display, focused to the relevant range for reef aquariums of up to 40ppt.
Includes Integrated Automatic Temperature Compensation (ATC) for accurate measurement at standard ambient temperature.
Did You Know?Measuring the salinity of seawater with a refractometer calibrated for brine (NaCl) solution will result in a deviation of up to 1.5 ppt!
Directions for use
Clean the glass prism and translucent flap of the refractometer with deionized (DI) water at 22-25°C and dry thoroughly with a soft cloth.
Hold the refractometer horizontally and open the flap.
Using the pipette provided, place a small sample of the seawater to be tested on the glass prism. Do not immerse the refractometer into the seawater.
Close the flap on the sample and wait for 15 seconds to allow for the temperature of the sample and the refractometer to equalize.
Point the prism end of the refractometer to a light source and look through the eyepiece. (Note: The refractive index is also dependent on the wavelength of the light source and therefore a light source close to daylight should be used.)
The top of the screen will be blue and the bottom will be clear/white. The dividing line between the blue and white sections is where the reading should be taken.
Adjust the focus for your individual eyesight by rotating the eyepiece until a sharp picture is achieved.
Read the seawater salinity in ppt and/or the equivalent specific gravity (S.G.) at 25°C.
Clean the glass prism and translucent flap of the refractometer with DI water and dry thoroughly with a soft cloth.
CalibrationAlignment should always be carried out with the instrument at 22-25°C. Allow the refractometer to stand at this temperature for 30 minutes before alignment.
Remove the cover from the alignment screw.
Place a sample of DI water on the glass prism and check the salinity reading as directed above.
If the reading is not exactly on the zero ppt mark on the scale, adjust the position of the reading by rotating the alignment screw with the screwdriver provided until the reading is zero ppt.
Replace the cover from the alignment screw.
StorageTo prevent the formation of condensation inside the refractometer, store in a dry environment.
General InformationRefractometers are optical instruments that measure the refractive index of a solution, which will vary according to its ionic composition, concentration and temperature. For accurate results, refractometers must be calibrated for the specific solution to be tested and in the correct temperature range.
Red Sea's Seawater Refractometer has been calibrated for the specific ionic content of seawater according to the most advanced international laboratory standards for practical salinity measurements. Measuring the salinity of seawater with a refractometer calibrated for brine (NaCl) solution will result in a deviation of up to 1.5 ppt.
Red Sea's Seawater Refractometer includes automatic temperature compensation. However, to avoid compensation errors, it has been calibrated at 25°C, the normal temperature range for reef aquariums. Both the ambient temperature and the water sample temperature will influence the refractive index and therefore it is recommended to use the refractometer in environments where the ambient temperature and the water to be tested are between 15-35°C.
Over time, the optical elements inside refractometers can become misaligned. Therefore, before first use and thereafter on a regular basis, the alignment of a refractometer should be checked and adjusted as necessary.
Red Sea's Refractometer DisplayThe PPT scale on Red Sea's Seawater refractometer is calculated using an algorithm for seawater and therefore will give a reading of the Absolute Salinity of seawater.
The PPT scale on regular salinity refractometers are calculated using an algorithm for Brine. Using a Brine refractometer for Seawater will give an error of approximately 1.5ppt in the salinity reading.
About SalinitySalinity is a general term describing the concentration of salt in water. However, solutions of different type of salts have different refractive indexes. Brine is a solution of Sodium Chloride (table salt) that contains 2 chemical elements. Seawater contains approximately 70 chemical elements that include Calcium, Magnesium, Potassium etc. in addition to the Sodium Chloride. Seawater and Brine of the same salinity (i.e. the same weight of salt/liter) have different refractive indexes and will give different salinity readings if measured on the same refractometer.
Refraction & Refractive IndexAll transparent materials such as liquids refract (distort) light. All transparent materials refract light differently and have what is called a "refractive index" which means how much a particular material distorts light. Different concentrations of the same liquid have different refractive indexes. The scale of a refractometer is calculated by using a mathematical algorithm that relates the measured refraction to its concentration for a specific liquid.
Refractive Index and TemperatureThe refractive index of liquids change with temperature and therefore has a major effect on measuring salinity with a refractometer. The algorithm for defining the PPT (and S.G.) scale for a refractometer is calculated for a specific temperature.
PPT readings from refractometers that are not calibrated for reef aquariums (i.e. 25°C) need to be adjusted according to a conversion table to give the actual PPT at the aquarium temperature. This is often a cause for misinterpretation of refractometer readings.
For example, using a seawater refractometer calibrated at 20°C will give a PPT reading that is approximately 1-1.5ppt lower than the absolute salinity of the same water sample at the normal aquarium temperature of 25°C.
Therefore, Red Sea's Seawater Refractometer calibrated at 25°C/77°F directly reads the absolute salinity of seawater with no need for temperature compensation factor)
ATC - Automatic Temperature CompensationTemperature is probably the biggest cause of wrong readings with a refractometer. Calibration and testing of water samples should be done after the refractometer and water sample have equalized at the correct temperature.
Automatic Temperature Compensation (ATC) compensates for a few degrees of difference between the ambient temperature and the calibrated temperature of the refractometer. Larger temperature variations will give an error of approximately 1.0ppt in the salinity reading.
NOTE: ATC does not adjust the PPT reading of a refractometer to the temperature of the aquarium.
Maintain proper salinity level with greater precision and convenience. Refractometer is designed specifically to measure the absolute salinity of seawater, not brine (NaCl) for true readings essential for reef aquariums housing sensitive corals. High-resolution dual scale display (salinity in ppt and specific gravity) focuses on the range relevant for reef aquariums, eliminating confusing extraneous graduations. Dual scale range of 20-40 PPT/77°F and 1.010-1.030 S.G.
Refractometer has been calibrated for the specific ionic content of seawater according to the most advanced international laboratory standards for practical salinity measurements. High accuracy seawater refractometer features Automatic Temperature Compensation for exceptional accuracy measuring the absolute salinity of seawater at a temperature of 25°C/77°F.
Main Features
Directly reads the absolute salinity of seawater at 25°C/77°F (no need for seawater or temperature compensation factors).
Specifically designed for the ionic content of seawater (NSW) for more accurate salinity measurement (industry standard refractometers are calibrated for salt brine).
Calibrated for seawater (NSW) at 25°C/77°F, the normal temperature range for reef aquariums (most standard refractometers are calibrated at 15°C/59°F).
Easier to read, higher resolution display, focused to the relevant range for reef aquariums of up to 40ppt.
Includes Integrated Automatic Temperature Compensation (ATC) for accurate measurement at standard ambient temperature.
Did You Know?Measuring the salinity of seawater with a refractometer calibrated for brine (NaCl) solution will result in a deviation of up to 1.5 ppt!
Directions for use
Clean the glass prism and translucent flap of the refractometer with deionized (DI) water at 22-25°C and dry thoroughly with a soft cloth.
Hold the refractometer horizontally and open the flap.
Using the pipette provided, place a small sample of the seawater to be tested on the glass prism. Do not immerse the refractometer into the seawater.
Close the flap on the sample and wait for 15 seconds to allow for the temperature of the sample and the refractometer to equalize.
Point the prism end of the refractometer to a light source and look through the eyepiece. (Note: The refractive index is also dependent on the wavelength of the light source and therefore a light source close to daylight should be used.)
The top of the screen will be blue and the bottom will be clear/white. The dividing line between the blue and white sections is where the reading should be taken.
Adjust the focus for your individual eyesight by rotating the eyepiece until a sharp picture is achieved.
Read the seawater salinity in ppt and/or the equivalent specific gravity (S.G.) at 25°C.
Clean the glass prism and translucent flap of the refractometer with DI water and dry thoroughly with a soft cloth.
CalibrationAlignment should always be carried out with the instrument at 22-25°C. Allow the refractometer to stand at this temperature for 30 minutes before alignment.
Remove the cover from the alignment screw.
Place a sample of DI water on the glass prism and check the salinity reading as directed above.
If the reading is not exactly on the zero ppt mark on the scale, adjust the position of the reading by rotating the alignment screw with the screwdriver provided until the reading is zero ppt.
Replace the cover from the alignment screw.
StorageTo prevent the formation of condensation inside the refractometer, store in a dry environment.
General InformationRefractometers are optical instruments that measure the refractive index of a solution, which will vary according to its ionic composition, concentration and temperature. For accurate results, refractometers must be calibrated for the specific solution to be tested and in the correct temperature range.
Refractometer has been calibrated for the specific ionic content of seawater according to the most advanced international laboratory standards for practical salinity measurements. Measuring the salinity of seawater with a refractometer calibrated for brine (NaCl) solution will result in a deviation of up to 1.5 ppt.
Refractometer includes automatic temperature compensation. However, to avoid compensation errors, it has been calibrated at 25°C, the normal temperature range for reef aquariums. Both the ambient temperature and the water sample temperature will influence the refractive index and therefore it is recommended to use the refractometer in environments where the ambient temperature and the water to be tested are between 15-35°C.
Over time, the optical elements inside refractometers can become misaligned. Therefore, before first use and thereafter on a regular basis, the alignment of a refractometer should be checked and adjusted as necessary.
About SalinitySalinity is a general term describing the concentration of salt in water. However, solutions of different type of salts have different refractive indexes. Brine is a solution of Sodium Chloride (table salt) that contains 2 chemical elements. Seawater contains approximately 70 chemical elements that include Calcium, Magnesium, Potassium etc. in addition to the Sodium Chloride. Seawater and Brine of the same salinity (i.e. the same weight of salt/liter) have different refractive indexes and will give different salinity readings if measured on the same refractometer.
Refraction & Refractive IndexAll transparent materials such as liquids refract (distort) light. All transparent materials refract light differently and have what is called a "refractive index" which means how much a particular material distorts light. Different concentrations of the same liquid have different refractive indexes. The scale of a refractometer is calculated by using a mathematical algorithm that relates the measured refraction to its concentration for a specific liquid.
Refractive Index and TemperatureThe refractive index of liquids change with temperature and therefore has a major effect on measuring salinity with a refractometer. The algorithm for defining the PPT (and S.G.) scale for a refractometer is calculated for a specific temperature.
PPT readings from refractometers that are not calibrated for reef aquariums (i.e. 25°C) need to be adjusted according to a conversion table to give the actual PPT at the aquarium temperature. This is often a cause for misinterpretation of refractometer readings.
For example, using a seawater refractometer calibrated at 20°C will give a PPT reading that is approximately 1-1.5ppt lower than the absolute salinity of the same water sample at the normal aquarium temperature of 25°C.
Therefore, Refractometer calibrated at 25°C/77°F directly reads the absolute salinity of seawater with no need for temperature compensation factor)
ATC - Automatic Temperature CompensationTemperature is probably the biggest cause of wrong readings with a refractometer. Calibration and testing of water samples should be done after the refractometer and water sample have equalized at the correct temperature.
Automatic Temperature Compensation (ATC) compensates for a few degrees of difference between the ambient temperature and the calibrated temperature of the refractometer. Larger temperature variations will give an error of approximately 1.0ppt in the salinity reading.
Kamoer ATO One SE is a smart water replenishing device for meeting the needs of using freshwater reservoir. As long as the sensors and refill pump are installed, it can work after powering on without any settings. A Kamoer standard 1 optical level sensor is used to monitor the water level to determine whether water needs to be replenished, whilst the Kamoer standard 1 float level sensor is used to prevent overflow.
An optional float level sensor is available to monitor the freshwater reservoir for water shortage.The Kamoer ATO One SE is rich in status indicators. When the Anti-overflow Sensor or overtime, the refill pump is not inserted or the freshwater reservoir is short of water, the ATO One SE will have an indicator light and a buzzer alarm. Package Includes:
Controller
The controller comes with 2 level sensors: Float sensor (S1) and Optical sensor (S2)
Optical bracket (large mouth) x 1
Float bracket (small mouth) x 1
Plastic magnet x 4
Power Adapter x 1 DC 12V 1A Support US/EU/GB/ AUS standard
Refill Pump x 1 For refilling water
Tube Holder x 1 For fixing water pipes
Siphon Break x 1 1/4straight through to prevent siphoning
PVC pump tube x 2 m Pipe diameter 8x11mm
Quick Start Guide
InstallationStep 1: Mount the optical sensor (S2) to normal water level. Note that the optical level sensor should be away from the air bubbles, otherwise it will be misunderstood due to interference.Step 2: Mount the float sensor (S1) above normal water level. If the water level reaches this position, it means that the optical sensor has failed, the device will alarm and force the refill pump to stop working. Note that the float sensor bracket cannot be reversed and should be away from the floater, otherwise the plastic magnet will interfere with the sensor signal;Step 3: Connect ATO refill tube(Pump<-> Siphon Break <-> Tube Holder)。Note the siphon break should be installed in the freshwater reservoir and ensure that it is higher than the position of the liquid level of the freshwater reservoir at any time.Step 4: Connect the refill pump’s cable to the Pump jack; Note that there is a valve control flow on the make-up water pump net cover, which is set to the required position according to the actual use.Step 5: Connect the adapter’s cable to the DC12V jack and power up the adapter.Please Note:
Please use the power adapter that comes with the product.
The optical liquid level sensor is susceptible to the influence of dirt. Please pay attention to erasing the dirt on the sensor.
This product does not have waterproof function. Please use it in the environment of temperature 0-40 ° C and humidity <80%.
ATO One is a smart water replenishing device for meeting the needs of using RO water filter system. As long as the sensors and tubing are installed, it can work after powering on without any settings. The sensor uses a magnetic stand for easy installation and adjustment. The standard 1 channel optical level sensor is used to monitor the water level to determine whether it needs to be replenished. A 1-way float sensor is used as standard to prevent overflow. The ATO One for RO has various status indicators and audible and visual alarms.
What's in the box?1x ATO One controller1x S1 Float sensor1x S2 Optical sensor1x Optical sensor bracket1x Float sensor bracket4x Plastic magnetic stickers1x DC 12V Power supply1x Solenoid valve1x Tube holder1x Siphon break2x PVC tubingWarrantyWe warrant your product against any defect in material and workmanship, under normal use. In the event a product is found to be defective within the warranty period of one year, we will, at our option, repair or replace the defective product. The warranty period starts at the day of purchase. For warranty validation, a proof of purchase must be furnished.The followings are excluded from the warranty:1. Improper use of the device causing malfunction;2. The device is repaired or modified by an unauthorized person;3. Use of non-produced material by our company i.e. pump tube;4. Damage by disaster;5. Improper maintenance causing damage;6. Use of reagent or sample causing corrosion;7. Damage by accident or over load;8. Consumables, such as silicone tube and fuse etc.
MarinePure Ceramic Biofilter Plate
The media’s composition is similar to natural rock formations. MarinePure provides approximately 150,000 sq. Ft per cu. Ft (510 m2/L) of accessible surface area. The properties of MarinePure create a stable home for a dense population of beneficial bacteria that remove ammonia and nitrites from your aquarium. Some systems will also see a decrease in nitrates. MarinePure will work in sumps, trickle filters, wet/dry filters, hang on the back filters or directly in the tank.
100% Tank Tested
Most technically advanced bio-filtration substrate
High usable surface area for beneficial bacteria growth
Open porosity means maximum bacteria exposure to contaminates and promotes excellent water circulation and less clogging
Designed specifically to target ammonia and nitrite removal and minimizes nitrates
Inert and chemically stable
Greater than 80% open porosity
Provides consistent water chemistry
Reduces tank maintenance
Able to support large fish loads
Can be cleaned, reused and sterilized
Compare MarinePure Products
Surface area1½” (38.1mm diametre) MarinePure Sphere: 22 sq metres (240 sq ft)8"x8"x1” (20.5 x 20.5 x 2.5 cm) MarinePure Plate: 540 sq metres (5,750 sq ft)8"x8"x4” (20.5 x 20.5 x 9.5 cm) MarinePure Block: 2 150 sq metres (23,000 sq ft)
Spheres
Marine Pure Spheres are small, spherical filtration media for use in canister and similar filtration systems. Perfect replacement for bioballs. They are available in 1½” diameters.
• over 100 times the surface area per cubic inch than any other biomedia such as bioballs• Stays wet during power outages or pump failure which will keep your nitrating bacteria alive• Perfect area for copepods and amphipods to thrive and reproduce• Wet-dry filters
Blocks & Plates
MarinePure is also available as 9”x9”x1” Plates or 9”x9”x4” Blocks.• Add to existing tank set ups for additional filtration, simply set the block down in your sump• Place under gravel bed for new tank set up• Wet-dry filters• Blocks are ideally suited for large setups
The new MarinePure GEMs are made with the same formula as popular MarinePure SPHERES, the GEMs are approximately ¾ inches in diameter. They are packaged in hexagonal shaped boxes containing of 90 grams.
Each box contains over 135 m2 of accessible Surface Area.MarinePure GEMs are the perfect size for canister filters, hang on the back filters or nano-tank filter systems.This amount of media is good for up to 260 litre systems.They are the perfect solution for ammonia and nitrite elimination and most users will also see better control in their Nitrates.
MarinePure is hands down the BEST biological filter media on the market, and with their long lifespan, are definitely worth the pricetag. Their immense surface area to volume ratio is what makes this product so desirable.
Bio-filter media with Vast Surface Area and Open-Flow Porosity
Ammonia and Nitrite Removal
One MarinePure Sphere has the same surface area as 1,350 plastic 1.5" bio-balls.
Use in wet/dry filters, sumps or canister filters.
Nitrate Reduction
Inert Ceramic
Reduced tank maintenance
Allows for higher fish loads
Uses a smaller filtration footprint
More consistent water chemistry
For Saltwater and Freshwater Aquariums
MarinePure's bio-media is the most technically advanced bio-media available today because it features Thin Bio-Film Technology™Bio-Film Technology is the combination of vast surface area and open/interconnected pores allowing a thin bio-film to develop. This thin film allows bacteria to flourish because necessary nutrients are immediately available. With the open pores, old dead bio-film is easily flushed from the media and will not plug the media. Water flows through the media, not around as with other denser media, thus utilizing the most surface area for beneficial bacterial growth.
Compare MarinePure ProductsSurface AreaMarinePure Sphere: 22 sq metres (240 sq ft)MarinePure Plate: 540 sq metres (5,750 sq ft)MarinePure Block: 2 150 sq metres (23,000 sq ft)
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