Who owns Speakman Company?

Who owns Speakman Company?

PPG designs, manufactures, markets and distributes high-quality plumbing products and expert solutions. The PPG umbrella has three national brands with Speakman, Wolverine Brass and PlumbMaster and a history stretching back 150 years in the plumbing industry.

Who owns Speakman faucets?

For a family business with modest beginnings in northeast Wilmington, the company has grown in ways that founders Allen and Joseph Speakman could never have imagined. A Speakman employee works on a showerhead. Shower Products account for about 40 percent of annual revenues.

Do Speakman shower heads have restrictors?

Finding the Water Restrictor Most Speakman models have a black O-ring on the inside of the showerhead. If you damage the O-ring, you’ll need to replace it or the showerhead might leak. Beneath the O-ring is the water restrictor.

How do you tighten a Speakman shower head?

Wrap plumber’s tape clockwise around shower arm Tighten with wrench if necessary. Use washcloth to avoid scratching of finish. With Anystream technology, you can effortlessly adjust your shower head’s spray settings to produce a pattern that’s perfect for you.

Is Speakman a good faucet brand?

Speakman is a brand that I have always associated with quality that lasts. When we rebuilt our bathroom, we used this faucet for the bathroom sink and a matching Speakman system in the shower.

Can you remove the water restrictor from a shower head?

Water restrictors, commonly called flow restrictors, are designed to reduce the water flow in a shower head to 2.5 gallons per minute. Unbend the end of the paper clip and use it to pry up the gasket or black o-ring located inside of the shower head and remove it. Take care not to damage the gasket as you do so.

Can you remove flow restrictor?

Flow restrictors for faucets are an integral part of most aerators and it is generally not possible or desirable to remove them. Our H2Okinetic showering devices are specifically designed to operate most efficiently at the flow rate controlled by the flow restrictor.

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