Profile

• Variety of laser sighting:single, dual, and crossed laser models
• Scope sighting models available
• Broad variety of optical ranges
• Temperature range up to 1200ºC or 2200ºF
• Full warranty covering material and workmanship for one year

dpstar is Company, a premier Thermocouple and Specialty wire and cable manufacturer that was formed from the Wire and Cable Division of the Thermo Electric Corporation, having been started to provide high quality wire to the thermo-sensing and temperature measurement markets . dpstar manufactures a full line of thermocouple wire and cable, from iron and nickel-based alloys, and copper instrument and control cable.

CEFIR®2400 – Ceramic Fiber designed for extreme temperature applications. Ceramic fiber in this design is braided with thicker insulation on the individual conductors and the jacket giving a continuous temperature rating up to 2400 Degrees F (1320 Degrees C). The ceramic fiber is flexible throughout the extended temperature range. The high temperature limit of CEFIR®  allows it to be used in areas where beaded ceramic thermocouples or sheathed thermocouples were previously specified.

Vitreous Silica fiber designed for extreme temperature applications. Vitreous Silica fiber in this design is braided with thicker insulation on the individual conductors and the jacket giving a continuous temperature rating up to 1800 Degrees F (982 Degrees C). The vitreous silica fiber is flexible throughout the extended temperature range but is not recommended for application that are highly abrasive in high temperatures. The high temperature limit of Vitreous Silica allows it to be used in areas where temperature is higher than the upper limit of fiberglass braided wires.

Vitreous Silica fiber designed for extreme temperature applications. Vitreous Silica fiber in this design is braided with standard insulation on the individual conductors and the jacket giving a continuous temperature rating up to 1800 Degrees F (982 Degrees C). The vitreous silica fiber is flexible throughout the extended temperature range but is not recommended for applications that are highly abrasive in high temperatures. The high temperature limit of Vitreous Silica allows it to be used in areas where temperature is higher than the upper limit of fiberglass braided wires. Standard build design provides for the most economical solution to your high temperature application.

Q-Glass Fiberglass. Individual conductors are insulated with high strength fiberglass braid and with an overall fiberglass jacket. Designed for continuous use in high temperature application requiring continuous range of up to 1600 Degrees F (870 Degrees C). Industrial application ranging from aluminum to power generation and OEMs. This specific product provides higher temperature accuracy in the upper range and can be customized for sensor manufacturing.

Q-Glass Fiberglass twisted. Individual conductors are insulated with high strength fiberglass braid and twisted. Designed for continuous use in high temperature application requiring continuous range of up to 1300 Degrees F (704 Degrees C). Industrial application ranging from aluminum heat treatment to sensor manufacturing. This specific product provides an economical alternative to standard duplex fiberglass, especially in consumable application. Twisted singles can be customized to achieve higher performance in highly abrasive environments.

G-Glass Fiberglass. Individual conductors are insulated with general purpose fiberglass and with an overall fiberglass jacket. Designed for continuous use in temperatures rating up to 950 Degrees F (510 Degrees C). Fiberglass is flexible and can be ordered twisted with reduced itch TuffbondTM construction. G-Glass can be used in industry applications such as heat treatment, metal forgings, metal qualifications, aluminum.

Polyimide Tape is a high performance insulating tape that gets fused to conductor and jackets. This product provides excellent moisture and abrasion resistance, high dielectric strength and it retains much of its physical integrity after gamma radiation exposure. FEP is used as the adhesive agent during the fusing process. Polyimide Tape product operates up to 500 Degrees F (260 Degrees C).

TFE Tape is a fluoropolymer suitable for use up to 500 F (260C), and is flame retardant and non-propagating in fire conditions. TFE is a heat fused tape spiral wrapped over individual conductors forming a seamless layer of insulation. Conductors are laid parallel and jacketing is applied thought similar process creating a duplex construction. The product is moisture/chemical resistant and provides a low friction when pulled. This construction also provides all the benefits of FEP with a higher temperature rating.

PFA is an extruded fluoropolymer suitable for use up to 500 F (260C), and is flame retardant and non-propagating in fire conditions. PFA provides one of the highest temperatures in extruded insulations. Conductors are extruded with PFA and laid parallel. Jacketing is then extruded over the two singles creating a duplex construction. The product is moisture/chemical resistant and provides a low friction when pulled. The smooth extruded finish is ideal for food industry cleaning requirements. This construction also provides all the benefits of FEP with a higher temperature rating.

FEP is an extruded fluoropolymer suitable for use up to 400 F (200C), and is flame retardant and non-propagating in fire conditions. Conductors are extruded with FEP and laid parallel. FEP jacket is then extruded over the two singles creating a duplex construction. The product is moisture/chemical resistant and provides a low friction when pulled. The smooth extruded finish is ideal for food industry cleaning requirements. This construction also provides all the benefits of FEP and its economical price point for higher temperature applications.