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Founded in 1919, The Fred D. Pfening Company provides design and manufacture of bakery equipment to its clients. It offers a range of provide pneumatic conveying, proofing, fermentation, and retarding rooms and liquid metering services and technologies for modern bakery. Based in Columbus, Ohio the company also offers liquid meters, high speed mixers, proof boxes, fermented rooms and spare parts, along with project management, design and installation services. The Fred D. Pfening Company is a member of The American Society of Baking, AIB, The Biscuit and Cracker Manufacturers Association and many other organizations.

Discover Taylor Pointe, a charming residence nestled in the heart of Columbus, OH. Embrace the tranquil ambiance of our garden-style community, offering an array of living options from cozy 1-bedroom retreats to spacious 2-bedroom sanctuaries. Delight in the allure of our community amenities, including a well-equipped fitness center and round-the-clock maintenance services that cater to your comfort and convenience. Whether you're returning from a bustling workday or exploring the nearby attractions, Taylor Pointe provides a welcoming haven in a vibrant neighborhood. Experience the perfect blend of modern living and suburban tranquility in this sought-after location in Columbus, OH, where every day presents a new opportunity for relaxation and enjoyment. Generated using this place's available information

Echo, Inc has been in the Thermometer business since 1947 and is a highly respected manufacturer of Glass Thermometer Tubes and Carded Tubes. We pride ourselves on fast service and the highest quality tubes attainable.Echo tubes are precision made and guaranteed accurate within the standard commercial tolerance of two degrees Fahrenheit. Our tubes are filled with a non-toxic fluid developed especially for Echo that absolutely will not fade. The filling is available in two colors: red ( the most common ) and blue. Echo thermometer tubes are so constructed that even when subjected to prolonged periods of extremely high temperatures, the fluid will not adhere in the top of the tube.