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John Guest black push-fit acetal equal elbow push-fit fitting connects two equally sized pipes to form a 90° pipe bend. Fast and simple to install, John Guest push-fit fittings create an instant push-fit connection and leak tight seal without the need for tools, hot works or sealing agents.



The unique collet locking design firmly and securely holds the pipe in place without deforming the pipe or restricting flow. Fittings are corrosion resistant and fully demountable, improving system performance and reducing system downtime during maintenance.



Made from acetal copolymer with a food-grade nitrile O-Ring, the fitting is suitable for foodstuff, potable liquids and inert gases. In accordance with the British Beer & Pub Association Code of Practice, fittings can also be used with N2/CO2 and mixed gas dispense lines, as well as air, pneumatic and vacuum applications. All John Guest fittings are manufactured and assembled in the UK.

Features and benefits

  • Rigid and hardwearing acetal copolymer material with a food-grade nitrile O-Ring
  • Suitable for foodstuff, potable liquid, inert gases, air, pneumatic and vacuum applications
  • Instant push-fit connection and leak tight seal
  • Connect, disconnect and reconnect in seconds without tools
  • No scale build up improves performance and equipment lifespan
  • Superior flow characteristics
  • Compatible with LLDPE or soft metal pipe/tube

12mm Elbow Connector, John Guest, John Guest acetal watersafe fitting

$ 12.00 AUD
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Quickly and securely connects equally sized pipes to form a 90° bend.

X
$ 12.00 AUD
No items found.

John Guest black push-fit acetal equal elbow push-fit fitting connects two equally sized pipes to form a 90° pipe bend. Fast and simple to install, John Guest push-fit fittings create an instant push-fit connection and leak tight seal without the need for tools, hot works or sealing agents.



The unique collet locking design firmly and securely holds the pipe in place without deforming the pipe or restricting flow. Fittings are corrosion resistant and fully demountable, improving system performance and reducing system downtime during maintenance.



Made from acetal copolymer with a food-grade nitrile O-Ring, the fitting is suitable for foodstuff, potable liquids and inert gases. In accordance with the British Beer & Pub Association Code of Practice, fittings can also be used with N2/CO2 and mixed gas dispense lines, as well as air, pneumatic and vacuum applications. All John Guest fittings are manufactured and assembled in the UK.

Features and benefits

  • Rigid and hardwearing acetal copolymer material with a food-grade nitrile O-Ring
  • Suitable for foodstuff, potable liquid, inert gases, air, pneumatic and vacuum applications
  • Instant push-fit connection and leak tight seal
  • Connect, disconnect and reconnect in seconds without tools
  • No scale build up improves performance and equipment lifespan
  • Superior flow characteristics
  • Compatible with LLDPE or soft metal pipe/tube

FAQ.
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What are the essential tools and materials needed for installing a plumbing system under a vehicle, and where can I find them?

John Guest fittings snap together without the use of tools or adhesives. The only tool John Guest recommends is a pipe cutter to make sure you have clean cut edges

With that said, there are essential tools that you will need in order to fix the  plumbing system into the vehicle . These include a drill, drill bits, screws, and screwdrivers.

How do I properly plan and design the layout of the plumbing system to ensure efficient water flow and easy maintenance?

Planning is a critical stage that can significantly save you both time and money. You can avoid the pitfalls of cutting pipes too short, installing fixings in the wrong locations, and making multiple trips to purchase additional fittings, tools or materials. We've all been there.

We highly recommended to sketch out your plan on paper, ensuring that you accurately measure distances and carefully note the various fittings required. Once this initial blueprint is complete, take a moment to thoroughly review your diagram, meticulously examining every detail. A helpful tip is to draw arrows on the pipes, indicating the direction of water flow.

It usually doesn't take long to draw a plan and it can save you a lot of frustration down the road.

What are the challenges in finding the right fittings, connectors, and hoses for the specific requirements of my vehicle's plumbing system?

When we started, we had a tough time finding decent fittings. We eventually tried John Guest fittings and were very impressed with their ease of install and quality build. You do need to be cautious however about matching fixings from different brands or using different materials and pumps.

How can I effectively secure and protect the plumbing components to prevent damage from vibrations and off-road conditions?

For off-road applications, it is crucial to ensure pipes and fittings are installed in spots where they are shielded from potential natural and mechanical impacts.

Although the plumbing fittings themselves are durable, if installed underneath a vehicle, they may be vulnerable to impact from rocks and sticks. Another issue is rubbing. If your pipes or fittings aren't rigidly installed in a way that stops shaking or vibrations, they could rub through causing leaks, loss of pressure or even damage to your vehicle such as paint which could leads to corrosion.

To guarantee the systems longevity, it is advisable to either position it in a protected cavities or if placed in an exposed area, install a guard to shield them from potential harm.

How can I ensure proper water pressure and flow rate in my vehicle's plumbing system, and are there any recommended pressure regulators or flow control devices?

Having the correct water pump for your specific application is crucial to achieve optimal pressure levels.

In order to regulate the flow rate of water, you could incorporate a reducer into your system.

It is worth noting that a higher water flow rate will result in faster water consumption. Therefore, it may be more advantageous to enhance water pressure while simultaneously reducing the flow rate .

Are there any specific considerations or precautions I should take when installing the plumbing system near heat sources or engine components?

Begin by checking  john guest for the fittings and pipes you intend to use. Here is a link to the specs on the John Guest range.

Pay close attention to their maximum temperature range, as this will determine the feasibility of your installation.

You might also consider heat shielding as an extra precaution.

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We appreciate your feedback and questions.
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