Free delivery in Poland from 200 zł
14 days to return your order
Efficient order processing
Technical support 24/7!
Over 27 years of experience
Nipple and muff
KF1415 nipple coupling 1/4GZ x 1/4GZ
Rating
KF1415 is a plastic nipple (connector) for joining two components with 1/4-inch female threads. It has 1/4" male threads on both ends, Read moreShow less
KF1415 is a plastic nipple (connector) for joining two components with 1/4-inch female threads. It has 1/4" male threads on both ends, making it easier to connect filter housings and casings into a single system. Sealing the connections with PTFE tape is recommended during installation.
Specifications
NPP14GZ14GZ
In stock
- Accessory type
- Fitting
- Compatibility
- Universal RO systems
- Fitting type
- Nipple
- Material
- Plastic
- Model
- KF1415
- Product type
- Plumbing fitting
View full specifications
- Thread gender
- Male
- Thread size
- 1/4″
Description
KF1415 nipple coupling 1/4GZ x 1/4GZ is a practical plastic fitting designed to connect two components with 1/4-inch female threads. Thanks to the 1/4" male threads on both sides, it makes it easier to build and expand filtration systems such as a water filter, water filtration system, reverse osmosis filter, or water treatment installations. It is a simple way to connect two or more filter housings into one functional system.
Application and intended use
The KF1415 nipple is made of high-quality plastic and is used to connect two components with 1/4-inch female threads. A 1/4" male thread is used on both sides, so the part works well as a connector between filter bodies and housings.
This is a solution recommended wherever quick and reliable expansion of a filtration set is needed. The fitting allows you to connect two, as well as more, filter housings, making it possible to configure a system tailored to a specific purpose.
Why choose the KF1415 nipple
- allows connecting components with 1/4-inch female threads,
- has 1/4" male threads on both sides,
- allows building sets composed of two or more filter housings,
- makes it easier to create filtration systems for any application,
- each additional filtration stage makes it possible to use another cartridge,
- is suitable for filtration and water treatment solutions.
Building your own filtration set
The KF1415 fitting provides great flexibility when designing your own filtration system. By connecting successive housings, you can create a set adapted to the type of contaminants and the expected water treatment effect. Each additional housing means another filtration stage and the possibility of using the next cartridge.
For example, you can assemble a set of 3 filter housings with cartridges:
- polypropylene string,
- activated carbon,
- water softening.
A water filter configured in this way is an economical and effective solution for improving drinking water quality. Such a setup helps remove the following from water:
- solid contaminants,
- organic contaminants,
- chlorine,
- lead,
- and soften drinking water.
In practice, the KF1415 nipple can be a useful component when expanding classic under-sink filter sets, as well as installations such as a reverse osmosis system or an osmosis filter, if the system design uses 1/4-inch threaded connections.
When connecting housings with the KF1415 fitting, Teflon tape should be used to seal the connections. Proper sealing of the threads helps reduce the risk of leaks and ensures correct operation of the entire set.
Operation and installation
Installing the fitting is simple, but it requires careful preparation of the threaded connections. The nipple should be matched to components equipped with 1/4-inch female threads, and then the threads should be sealed with Teflon tape before tightening the set.
This solution works well when creating new filtration configurations and when expanding existing sets with additional housings and further filter cartridges. This allows the user to more easily adapt the water filtration system to their own needs.
Technical specifications
| Model | KF1415 |
|---|---|
| Product type | Nipple / coupling |
| Material | High-quality plastic |
| Thread side 1 | 1/4" M |
| Thread side 2 | 1/4" M |
| Compatibility | Components with 1/4-inch female thread |
| Application | Connecting filter bodies and housings |
| Set expansion capability | Yes, for connecting two or more filter housings |
| Recommended sealing | Teflon tape |
Questions
What is the KF1415 nipple used for?
The KF1415 nipple is used to connect two components equipped with 1/4-inch female threads. It is most commonly used to connect filter bodies and housings into one filtration set.
What threads does this fitting have?
The KF1415 model has a 1/4" male thread on both sides, i.e. a 1/4GZ x 1/4GZ configuration.
Is the nipple suitable for expanding a filter set?
Yes, it is intended exactly for expanding filtration systems. It allows you to connect two or more filter housings, so additional filtration stages can be added.
Does the installation require sealing?
Yes, during installation it is recommended to use Teflon tape to seal the threaded connections. This is an important part of a correct and leak-tight installation.
What cartridges can be used in an expanded set?
An example set of 3 filter housings may include a polypropylene string cartridge, an activated carbon cartridge, and a softening cartridge. This configuration allows the water treatment range to be expanded.
What contaminants can a sample three-housing set reduce?
In the example configuration, such a water filter can remove solid contaminants, organic contaminants, chlorine and lead, and additionally soften drinking water.
Is the KF1415 suitable for water filtration and osmosis systems?
The fitting can be used in various water filtration and treatment solutions, including expandable filtration sets. It works where components with 1/4-inch female threads are used, also in selected configurations such as a reverse osmosis filter or a reverse osmosis system.
What material is the KF1415 nipple made of?
The product is made of high-quality plastic, which ensures practical use in filter housing connection systems.