BEYOND METAL Safety, Quality and Value: Our Core Competencies

- DMS (Vacuduct®)
Safety, Quality & Value
Danser Manufacturing Solutions, Inc. is a subsidiary of Danser, Inc. founded in 2003. DMS is a proud manufacturer of Vacuducts® — high temperature vacuum formed insulated ductwork, and custom fiber shapes.
The existing DMS business core includes:
- System solutions — the real Vacuduct®
- Custom and standard vacuum formed shapes
- 2300º, 2600º, and 3000º F
- Boards, peep sites, burner blocks,
inspection ports, roof panels, kiln car refractory, riser tubes, slide dampers, etc. - OEM
- Special, hi–tech projects partnered on highly technical fuel cell and syn-gas projects
- Innovation driven
DMS Ceramic Fibers
The ceramic fibers used in Danser vacuum-formed products, including Vacuduct® components, are manufactured from alumina-silica materials. These fibers are chemically inert. Some of the outstanding and unique properties they offer are: high temperature stability, low thermal conductivity, low heat storage, excellent thermal shock resistance, lightweight, superior corrosion resistance and excellent sound absorption. The ceramic fibers in Danser vacuum-formed products are available in a variety of lengths, diameters, surface areas and chemical compositions.
These fibers can be further modified to improve thermal conductivity to meet rigorous customer requirements. The fibers exhibit excellent chemical stability and resistance to attack from most corrosive agents. Exceptions include hydrofluoric acid, phosphoric acid and strong alkali solutions. They also effectively resist oxidation and reduction. If saturated by water or steam, thermal and physical properties are restored upon drying.
More about Vacuduct® | Technical DataABOUT DANSER
"Danser Inc. should be very proud of the fine organization they have put together. I know they make my job easier."
– Frank Szulborski, SPE-AMEREX INC.
"Danser has surely proven that they are genuinely committed to producing quality products on time."
– Thomas J. Wolf, ANDRITZ INC.
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