#725-7 is a 7mil (.007") tape manufactured from aluminum foil laminated to fiberglass cloth with a high-temperature silicone adhesive on one side. This unique construction provides excellent performance in various industrial applications. Its high-temperature resistance and adhesive properties make it a versatile tape for multiple industries.

One of the primary applications of #725-7 is as a plasma or flame spray masking tape. By using this tape, specific areas can be effectively protected from grit blasting and plasma spray coating processes. The durable aluminum foil and fiberglass cloth construction provide reliable masking, ensuring that the desired areas remain free from coatings and contaminants.

The high-temperature resistance of #725-7 makes it an ideal choice for heat and reflectant tapes. It can withstand elevated temperatures without losing its adhesive properties or structural integrity. This feature is particularly valuable in applications where thermal insulation, heat shielding, or reflective surfaces are required, such as in the aerospace and automotive industries.

In the aerospace industry, #725-7 is commonly used as a wire harness bundling tape in engine components. The tape's robust construction and high-temperature adhesive ensure secure bundling and protection of wires in engine compartments. It provides insulation, vibration dampening, and protection against environmental factors and engine vibrations.

Additionally, #725-7 serves as a sound and vibration dampening product in various industries. The aluminum foil and fiberglass cloth construction, combined with the high-temperature silicone adhesive, help absorb and reduce noise and vibrations. This makes it a valuable tape for applications where sound reduction and vibration control are necessary, such as in automotive interiors, HVAC systems, and industrial machinery.

Other industry-specific applications of #725-7 include:

1. Industrial Manufacturing: #725-7 is utilized in industrial manufacturing processes that involve high temperatures, vibrations, and the need for thermal insulation. It can be used as a protective tape for equipment and machinery, a heat shield in welding or soldering operations, or as a vibration-damping material in equipment mounting or assembly.

2. Construction and HVAC: The high-temperature resistance and adhesive properties of #725-7 make it suitable for construction and HVAC applications. It can be used as a heat reflector or insulating tape around air ducts, pipes, and HVAC components to enhance energy efficiency and reduce heat loss.

3. Electronics and Electrical Industry: #725-7 can be employed in the electronics and electrical sectors for applications that require high-temperature resistance and insulation. It can be used as a shielding tape, wire harness bundling tape, or for heat dissipation in electronic components and devices.

4. Marine and Shipbuilding: In the marine and shipbuilding industries, #725-7 is used for heat shielding and insulation purposes. It can be applied to engine components, exhaust systems, and equipment that requires protection from high temperatures and vibration dampening.

5. Energy and Power Generation: The high-temperature resistance and durable construction of #725-7 make it suitable for applications in energy and power generation facilities. It can be used for thermal insulation, heat shielding, and protection against vibrations in power plants, turbines, generators, and electrical equipment.

These are just a few examples of the industry-specific applications of #725-7. Its unique combination of materials and adhesive properties make it a valuable tape for various sectors, providing reliable protection, insulation, and vibration dampening in challenging environments.
Unit of Measure

Tape Thickness Backing

N/A .003 "

Tape Thickness Total

N/A .007 "

Adhesion

N/A 40 oz/in

Break Strength

N/A 75 lb/in

Elongation

N/A <5 %

Tape Type

N/A Foil Laminate

Adhesive Type

N/A Silicone

Temperature

N/A -100 to +500 ºF

Tape Color

N/A Silver

Release Liner

N/A No

Liner Color

N/A -