swr - antenna manufacturing

Tencom is a manufacturer of fiberglass-reinforced composite rods. Through the use of the manufacturing process known as "Pultrusion", we are able to produce composite rod products in a variety of custom lengths and colors. Ourcompany is dedicated to providing its customers consistently high quality product at the very best prices and with no compromises in customer service. Our company can service almost any need in pultruded composite rod. If you use or are considering using composite rod, contact us for a competitive quote. Our company also offers several secondary operations, including the rods punching and drilling of fiberglass. Continuous fiber reinforcement in roving or mat/ roving forms are drawn through a resin bath to coat each fiber with a specially formulated resin mixture. The coated fibers are then drawn through a heated die.

We are also interested in purchasing your non-working Racal RA-6790GM receivers to increase our parts inventories. Again, please state condition and price. Racal-- We have a good selection of checked boards, parts, and filters for the popular processor controlled, general coverage receiver at very reasonable prices. We have complete manuals for this receiver for only postpaid in USA. (Foreign orders pay shipping.) Clean, checked, complete units are available for (you ship) with three filters: 3.24 khz (upper and lower sideband); 6.8 khz (AM); and 16 khz. We also repair cost of the repair if you choose to have us proceed. You pay return shipping actual cost, no packing charge. Email us for authorization before shipping units for estimates.

Cure of thermosetting resin is initiated by heat in the die and catalyst in the resin mix. The rate of reaction is controlled by heating and cooling zones in the die. The resulting high strength profile is cut to length, ready to use as it leaves the pultrusion machine. The controversy over metal versus fiberglass antennas continues, despite the over whelming evidence in favor of fiberglass. This article summarizes the contents of a number of other separate articles which have appeared in the industry media from time to time and is intended, from an objective point of view, to add credence to our claim that fiberglass is better. The ipso facto use of fiberglass, of course, does not guarantee a good antenna and there are a few antenna manufacturers who have "missed the boat" on techniques, which means there are poor quality fiberglass antennas, just as there are poor quality metal antennas, out there.