FAQ – Frequently Asked Questions

A CS soaker hose is an irrigation hose designed for efficient water distribution in garden watering. Small pores allow tiny "beads" of water to seep out of the soaker hose and slowly penetrate the roots of plants, minimizing water waste and evaporation while distributing moisture evenly.

A water filter for the CS soaker hose is important to prevent dirt particles and sediments from entering the soaker hose and clogging the microporous pores. A clog would impair even water distribution and could reduce irrigation efficiency or damage the soaker hose. The filter helps increase the longevity of the soaker hose and ensures consistent irrigation performance.

The CS soaker hose is manufactured in Germany, making it a "Made in Germany" product.

The optimal irrigation duration with a CS soaker hose depends on several factors, including the type of plants, soil composition, and weather conditions. Since soaker hoses provide slow and even watering directly to the plant roots, the required watering time tends to be longer compared to traditional methods, but with the benefit of more efficient water use.

• Vegetable garden: 20-30 minutes per watering, 3-4 times per week, depending on weather conditions.
• Ornamental plants and flower beds: 10-20 minutes, as these plants often require less water.
• Hedges, trees, and lawns: 25-30 minutes, as they usually require a lot of water.

Soil composition: Clay soils require less frequent irrigation, whereas sandy soils need shorter but more frequent watering cycles.

Weather conditions: In hot, dry weather, more frequent watering is required, while cooler, wetter conditions require less water.

The CS soaker hose is made from recycled materials, using reclaimed tires and polyethylene to provide an eco-friendly and sustainable irrigation solution.

Yes, the CS soaker hose is frost-resistant and can remain in place over the winter, as it self-drains through its tiny pores. However, other components such as water filters, pressure reducers, or irrigation timers should be dismantled and stored in a frost-proof location.

Water consumption depends on the length of the hose and the irrigation duration. CS soaker hoses release approximately 6-8 liters per meter per hour, while the pressureless soaker hose uses around 8-10 liters per meter per hour.

Example: 7 liters/hour x 10 meters x 20 minutes = approximately 23 liters of water consumption.

The CS soaker hose is particularly suitable for watering vegetable beds, raised beds, borders, hedges, and lawns. The pressureless soaker hose is ideal for applications without water pressure, such as rainwater use or in remote areas.

The choice of pump is crucial for providing the required water pressure. Soaker hoses typically operate at low pressure, so pumps that can deliver a steady, low pressure are best suited. It is important that the pump either has an expansion vessel or a second circuit is set up to return some of the water to prevent the pump from overheating.

Compared to traditional sprinkler systems, the CS soaker hose provides targeted irrigation, reducing water consumption and avoiding overwatering. It allows for slow and even water delivery directly to the plant roots.

A potential issue for soaker hoses is rapid scaling, especially with hard water. This can lead to blockages or damage to the pores. The soaker hose should be buried to allow enough time for the lime to be flushed out. With above-ground installation, lime deposits can accumulate more quickly, leading to clogging of the hose.

The soaker hose can be installed above ground, provided it is covered with bark mulch or similar material. However, we recommend burying the soaker hose whenever possible.

The choice between above-ground and underground installation of CS soaker hoses affects irrigation efficiency. While above-ground installation is quick and easy, it increases water loss due to evaporation. Underground installation minimizes water loss as the water is delivered directly to the plant roots.

A pressure reducer is used with a CS soaker hose to reduce the water pressure from the mains supply to an appropriate level. Excessive pressure could damage the fine pores, affecting the efficiency and longevity of the soaker hose. The pressure reducer ensures optimal operating pressure, thereby providing effective irrigation.

CS soaker hoses can significantly reduce water consumption, leading to long-term cost savings. Additionally, plants are watered directly at the roots, which helps minimize diseases and pest infestations.

A pressure reducer lowers the water pressure in the line to a suitable level for the CS soaker hose. A flow reducer, on the other hand, reduces the amount of water flowing through the hose. For lengths over 30 meters, a pressure reducer should be used instead of a flow reducer. A combination of both is advisable for lengths up to 50 meters.s

The connectors can be rubbed with a bit of cooking oil to make inserting them into the soaker hose easier. Make sure to push the connectors in without twisting them, as the edges could damage the hose.