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FU12HKC Furick Fupa 12 Pyrex & Ceramic Cup Kit for 2.4mm (2x Cups, 3x Diffusers, 4x O-Rings & 1x Titanium Cover)
  • FU12HKC Furick Fupa 12 Pyrex & Ceramic Cup Kit for 2.4mm (2x Cups, 3x Diffusers, 4x O-Rings & 1x Titanium Cover)
  • FU12HKC Furick Fupa 12 Pyrex & Ceramic Cup Kit for 2.4mm (2x Cups, 3x Diffusers, 4x O-Rings & 1x Titanium Cover)
  • FU12HKC Furick Fupa 12 Pyrex & Ceramic Cup Kit for 2.4mm (2x Cups, 3x Diffusers, 4x O-Rings & 1x Titanium Cover)
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Rapid Ref : FU12HKC  

Furick Fupa 12 Pyrex & Ceramic Cup Kit for 2.4mm (2x Cups, 3x Diffusers, 4x O-Rings & 1x Titanium Cover)
FU12HKC

£52.50  EX VAT
 Buy in 3 easy interest free payments of £17.50† with

Includes one Fupa 12 Pyrex cup (a part of FU12KC), one Fupa 12 Ceramic cup (a part of FU12KOKN), three diffusers, four O-rings and one titanium cover for the Pyrex model.

The Fupa 12 models are constructed with the identical original diffuser as the Jazzy cups but in larger packages. Fupa 12 cups are recommended for Mild Steel, Stainless Steel, Chromoly, Titanium, Inconel and other space-grade applications. The Pyrex model will work best on thinner applications such as header tubes and chassis tubing. The Ceramic cup performs identically to its glass cousin but is made with the added strength that ceramic cups can bring.

The Fupa 12 Pyrex cup is for use with DC only up to 175 amps whilst the Fupa 12 Ceramic cup is also DC only with an increased amperage rating of 200.

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Shops FAQs

Straight answers to the questions people ask most when choosing equipment and consumables by maker.

How do I choose between different makers of welding equipment?icon-minus-redicon-plus-red

Start with the job rather than the name on the machine. Work out the process, the material and thickness, how often you will weld and where the work will be done, then compare the specifications of equipment that suits. Most established makers build good equipment, and the real differences tend to be in features, build quality, ease of use and the support behind the product.

It also helps to ask other welders in your trade what they use and why, and to try a machine or helmet in your hands where you can. If you are unsure, our team can help you narrow the choice.

Is it better to stay with one maker for my machine, torch and accessories?icon-minus-redicon-plus-red

Often it is the simplest route. Parts from one maker are designed to work together, so connections, controls and consumables line up, and you have a single source of advice and support. Some machines also use digital connections between the machine, torch and remote controls that only work with that maker's own parts.

It is not essential, though. Many items, such as gas regulators, standard torch connectors, clamps and general safety equipment, follow common fittings and can be mixed. Check compatibility against the maker's information before combining parts from different makers.

What is the difference between genuine and compatible consumables and spares?icon-minus-redicon-plus-red

Genuine parts are made or approved by the equipment maker for a specific model. Compatible parts are made by another company to fit. Some compatible parts work well, but others differ slightly in dimensions, materials or finish, and that can affect fit, arc stability, how well they handle heat and how long they last.

For safety-critical items such as electrical parts, gas fittings and protective lenses, follow the maker's recommendation, and check the warranty terms before fitting parts the maker has not approved. For everyday wear parts, compare the specification carefully rather than assuming that anything that fits is equivalent.

How do I read a machine specification?icon-minus-redicon-plus-red

Look first at the input supply: the voltage, whether it is single-phase or three-phase, and the input current. Then look at the output: the current range, and the duty cycle at a stated current, which tells you how long the machine can weld in a ten-minute period before it needs to cool.

Also check which processes it supports, the wire or electrode sizes it takes, the cooling method, the weight and the protection rating. When you compare machines, compare duty cycle at the same current, because a high maximum current means little if the machine can only hold it for a short time.

See all 6 questions for this category

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