Products

Ideal for supporting vine crops, bush crops or top-heavy flowers. The reach through mesh allows the trellis netting to handle more weight and remain taught and therefore provide stronger support. 15cm (6") square mesh reduces crop damage and makes harvesting more efficient.

Key features: 

• Solid
• Flexible
• Durable
• Non-tangle
• Use both horizontally and vetically

Used to take an accurate amount of concentrate to mix with water or add to your tank. A must for all growrooms. This is a large lab grade measuring jug.

Used to take an accurate amount of concentrate to mix with water or add to your tank. A must for all growrooms. This is a large lab grade measuring jug.

Growing multiple plants? This is a great way to keep track of the type of plant, date planted and any other details. Use with a pencil, whiteboard marker or permanent marker.

Size - 17.5cm (Head 70mm x 45mm)

Colour - White

Material - Durable Plastic

 This sale is for 1 pack of 25 plant markers.

Please note that this product is only available for delivery to customers within South Africa.

Used to take an accurate amount of concentrate to mix with water or add to your tank. A must for all growrooms. This is a small lab grade measuring jug.

Used to take an accurate amount of concentrate to mix with water or add to your tank. A must for all growrooms.

By using an air pump, you can take advantage of the diffusion of air into water. When placed at the bottom of your reservoir and used in conjunction with an airstone, the bubbles produced will increase the dissolved oxygen level of your nutrient reservoir. The bubbles will also keep your reservoir evenly mixed, which is a nice side benefit.

Pump Specifications

Air stones create tiny bubbles of oxygen in your hydroponic tank when air is forced through the stone. The bubbles make the dissolved oxygen disperse more widely throughout your system. The  oxygen bubbles are pushed through the system with an air pump. The stones themselves are submerged in the water or nutrient solution inside your reservoir. The stones themselves do not actually generate oxygen but rather act as a mechanism to disperse the oxygen.

Air tubing is used to connect your air pump to air stones in your hydroponic system. The air tubing is compatible with most pumps and air stones.  The air tubing is clear and flexible but it must be noted that the regular air tubing is more rigid than the silicone tubing. Regular air tubing is prone to crimping and flat spots if bent for extended periods of time whereas the silicone air tubing is much more flexible, softer and pliable.

 Air tubing is available in regular and silicon and is sold per running meter.

The AirDome is the perfect accessory to gardeners of all abilities. It has been designed to increase the amount of air around the root zone in plant pots.

If you are lucky enough to have power in your greenhouse or tunnel this little addition can increase yields by up to 130%. It is very simple to use once assembled, which will take less than 30 seconds. The AirDome is placed at the bottom of the pot, covered with compost and then connected to an air pump. Oxygen is then supplied directly to the plants’ root zone, improving crop development and ensuring maximum growth.

It is very easy to use. The AirDome is placed at the bottom of the pot, covered with the substrate of choice and then connected to an air pump.

To maximise the effectiveness of the AirDome use a fluffy mix  such as a mixture of 50% good Coco Peat and 50% Perlite.

Provide the plants with additional oxygen to boost growth significantly and increase yields.

To increase levels  of oxygen for smaller plant at times when the medium seems to stay wet.

With all growing conditions  being correct the Air Dome has been proven to increase yields by up to 130%.

The AirDome should only be switched on during the daylight periods. Always ensure that warm air is blown in and around the root zone. Temperatures between 18 and 22 degrees are ideal. Temperature below and above 5 degrees and 30 degrees will potentially damage the roots.

Raise your air pump higher than the AirDome(s) to prevent water from siphoning back when the pump is off or use a non-return valve.

Use a timer to turn the pump on and off when the air temperature is warm and before it gets too cool.

Many AirDomes can be linked together using 5mm connections, or for larger AirDome setups, use 12mm pipe as the supply line, reducing the pipe at each AirDome point with the AutoPot 12mm to 5mm Cross Connectors.

Autopot Airdome Instructions

With a timer you can automate your hydroponic growing system by controlling the lamps, fans, pumps and other ancillary devices. With a timer you can setup your growing system to do what you need it to when you aren’t there.  You can also use multiple timers on the same system should you need different components to operate at different times.

Programming the analogue timer is a simple and quick procedure Time duration of required working time of appliance can be set by pushing in joint slices

Real time can be set by turning disc in direction of arrow until marked point indicates current time

Switching loads up to 3500W

IE60730 Safety Standard

The Cable Ties are sold in packs of 50 and are ideal for use in a variety of applications where fastening or servicing/replacement is required. They are made of plastic and are a great tensioning tool.

For the routing, bundling and securing of cables, pipes and hoses, these cable ties all feature internal serrations allowing for a positive hold onto cable, hose and pipe bundles. The design of the head guarantees a high tensile strength whilst allowing a very low insertion force. Simple and quick installation. Easily installed by hand.

Great for the grow room and inexpensive to secure cables and wires.

The Chikamasa range of pruners and shears are high-quality and allow growers to trim and prune plants as and when required. Chikamasa’s ergonomic handles and lightweight design helps reduce hand-aching that can be caused by trimming. High quality steel blades ensure clean cutting with no pulling or tearing of branches.

Key USPs:

• High Quality Japanese Stainless-Steel blades
• Lightweight Ergonomic Grip Handle
• Stainless Steel Rivet
• Open handles adding higher comfort levels
• Fluorine coated blades

Feature and Benefit
High Quality Japanese Stainless-Steel/Carbon-Steel blades. Using High-Quality materials means that the equipment is stronger and less prone to breakage like cheap material based cutting equipment, as well as staying sharper. Having high-quality equipment ensures you are not buying new shears constantly, which the false economy of cheap equipment is.

Lightweight and ergonomic grip. Comfort of use and lightness provides stress free and fatigue reducing performance.

Stainless Steel Rivet reduces resistance in the shears, meaning smoother action.

Fluorine coated blades. Fluorine coating helps to prevent any sap sticking to the blades. Preventing sap from sticking to the blades means easier cleaning/maintenance and better performance.

Trimming/shearing specific range. The shape and style of pruners/shears has been designed specifically for simplicity of use and best performance.

Technical Specifications

Science Behind the Product
The sharp carbon/stainless steel blades on the shears/pruners help cut through branches and stems when trimming.

With a timer you can automate your hydroponic growing system by controlling the lamps, fans, pumps and other ancillary devices. With a timer you can setup your growing system to do what you need it to when you aren’t there.  You can also use multiple timers on the same system should you need different components to operate at different times.

Technical Data

Minimum Time Setting: 1 Minute

16A 230V AC 3000 Watt

ON/OFF switch and neon indicator

Digital setting ON, OFF or auto clock program

An essential part of any grow room allowing you to control multiple devices with many plug options.

This medium surge protected 12-way Multi –plug has 5 Euro slots, 1 Schuko socket and 6 x 3 pin sockets. It converts your single plug point into multiple sockets. The extension cord allows you to extend your reach by 0.5m.

12-Way Multi-Plug with Medium Surge Protection – 6 x 16A/ 6 x 5A Max. 250V ~

The full spec sheet can be downloaded here.

An essential part of any grow room allowing you to extend your reach when plug points are not too near.

This 5m extension cable has 2 x 3 pin sockets. It converts your single plug point into multiple sockets. The extension cord allows you to extend your reach by 5m.

230V - 16A - 5m Long - White

Made from recycled polypropylene.

Garland trays are popular when used by private and commercial gardeners alike, as a large irrigation table for keeping a multitude of potted plants watered. Garland trays can be filled with growing medium or capillary matting if preferred. 

How The Garland Tray Works:

The sturdy plastic tray works as a catch-container for liquids and mediums. Garland Trays are easy to drill for DIY adaptation.

Using the DIY / Run-off Tray:

A Garland Tray can be placed underneath your plant-pots as an alternative to using individual saucers underneath each pot. Garland Trays can be used at the bottom of a grow-tent or grow-space to catch accidental spills or to prevent water-damage should a leak occur in your hydroponic system. Can also be used for a Flood and Drain system.

Garland Titan Tray Dimensions, external (lip included): 120cm Long, 55cm Wide, 5cm High

The Garland Propagator Thermometer is an ideal thermometer to ensure the correct temperature in your propagator. Using this thermometer will ensure the correct temperature for seed germination. Insert the Garland Propagator Thermometer stem into the growing medium.

Ensure that you research the ideal temperature for the type of seed you are germinating.

Self powered - no batteries required.

 This sale is for 1 Garland Propagator Thermometer.

The Garland Soil Thermometer is an ideal thermometer to ensure the correct temperature for growing in soil or your choice of growing medium. Ideal for monitoring soil and compost temperatures prior to planting. Insert the Garland Soil Thermometer stem into growing medium.

This thermometer is frequently used in the agriculture and horticulture industries to check temperatures of soil and compost. The soil thermometer has a green knob at the top to assist with the location of the thermometer after placement.

Self powered - no batteries required.

 This sale is for 1 Garland Soil Thermometer.

The Garland Titan Tray has a depth of 15cm and an internal capacity of 65 liters, making it ideal for greenhouse uses as well as countless other applications, for example aquaponic flood and drain grow beds. A series of shallow horizontal ridges feature on the internal base of the tray which aids with drainage.

Made from recycled polypropylene.

Garland trays are popular when used by private and commercial gardeners alike, as a large irrigation table for keeping a multitude of potted plants watered. Garland trays can be filled with growing medium or capillary matting if preferred. A series of shallow horizontal ridges feature on the internal base of the tray which can aid drainage.

How The Garland Tray Works:

The sturdy plastic tray with lipped sides works as a catch-container for liquids and mediums. Garland Trays are easy to drill for DIY adaptation.

Using the DIY / Run-off Tray:

A Garland Tray can be placed underneath your plant-pots as an alternative to using individual saucers underneath each pot. Garland Trays can be used at the bottom of a grow-tent or grow-space to catch accidental spills or to prevent water-damage should a leak occur in your hydroponic system. Can also be used for a Flood and Drain system.

Garland Titan Tray Dimensions, external (lip included): 100cm Long, 55cm Wide, 15cm High

The Garland 0.8 Meter x 0.8 Meter Square Tray in the Garland range has a depth of 12 cm and an internal capacity of 76.8 Litres. The Square Tray features a series of shallow horizontal ridges on the internal base of the tray which aid drainage from plant pots.

Garland trays are popular when used by private and commercial gardeners alike, as a large irrigation table for keeping a multitude of potted plants watered. Garland trays can be filled with growing medium or capillary matting if preferred.

How The Garland Tray Works:

The sturdy plastic tray with lipped sides works as a catch-container for liquids and mediums. Garland Trays are easy to drill for DIY adaptation.

Using the DIY / Run-off Tray:

A Garland Tray can be placed underneath your plant-pots as an alternative to using individual saucers underneath each pot. Garland Trays can be used at the bottom of a grow-tent or grow-space to catch accidental spills or to prevent water-damage should a leak occur in your hydroponic system. Can also be used for a Flood and Drain system.

Made from recycled polypropylene.

Size: 80cm Long, 80cm Wide, 12cm  High External

The Garland 1.0 Meter Square Tray has a depth of 12 cm and an internal capacity of 120 Litres. The 1.0 Meter Square Tray features a series of shallow horizontal ridges on the internal base of the tray which aid drainage from plant pots.

Garland trays are popular when used by private and commercial gardeners alike, as a large irrigation table for keeping a multitude of potted plants watered. Garland trays can be filled with growing medium or capillary matting if preferred.

How The Garland Tray Works:

The sturdy plastic tray with lipped sides works as a catch-container for liquids and mediums. Garland Trays are easy to drill for DIY adaptation.

Using the DIY / Run-off Tray:

A Garland Tray can be placed underneath your plant-pots as an alternative to using individual saucers underneath each pot. Garland Trays can be used at the bottom of a grow-tent or grow-space to catch accidental spills or to prevent water-damage should a leak occur in your hydroponic system. Can also be used for a Flood and Drain system.

Made from recycled polypropylene.

Size: 100cm Long, 100cm Wide, 12cm  High External

The Garland 1.2 Meter Square Tray is the largest in the Garland range with a depth of 12 cm and an internal capacity of 144 Litres. The 1.2 Meter Square Tray features a series of shallow horizontal ridges on the internal base of the tray which aid drainage from plant pots.

Garland trays are popular when used by private and commercial gardeners alike, as a large irrigation table for keeping a multitude of potted plants watered. Garland trays can be filled with growing medium or capillary matting if preferred.

How The Garland Tray Works:

The sturdy plastic tray with lipped sides works as a catch-container for liquids and mediums. Garland Trays are easy to drill for DIY adaptation.

Using the DIY / Run-off Tray:

A Garland Tray can be placed underneath your plant-pots as an alternative to using individual saucers underneath each pot. Garland Trays can be used at the bottom of a grow-tent or grow-space to catch accidental spills or to prevent water-damage should a leak occur in your hydroponic system. Can also be used for a Flood and Drain system.

Made from recycled polypropylene.

Size: 120cm Long, 120cm Wide, 12cm  High External

The Garland 0.6 Meter x 0.6 Meter Value Square Tray in the Garland range has a depth of 7 cm and an internal capacity of 25.2 Litres. 

The Garland Value Square Tray 60cm is impact resistant and light as well as long life and can be planted directly into or used with seed trays and pots. If needed, add holes for drainage. It is also great to use as part of a gravity fed system with the AutoPot AQUAvalve and large pots. 

This tough, injection moulded tray has a number of valuable applications. With a depth of 7cm, and a 25 Litre internal capacity it is ideally sized.

Made from recycled polypropylene, this item is available in Budget Black

Size: 60cm Long, 60cm Wide, 7cm High External