An
industry breakthrough...offered exclusively through Aircraft Spruce!
High
Tech Formulations Guarantee Beauty, Protection, and Performance
Announcing
the new partnership bringing you specialty paint normally reserved
for the aerospace, space and major airline industries. These specialty
formulations are now available for you...only from Aircraft Spruce.
Products
Techniques, Inc. (PTI)
Products
Techiques, Inc. (PTI) was founded in 1947 specifically to serve the aviation
industry. PTI has more than 50 years of experience in laboratory controlled
formulation, testing, manufacturing and processing of advanced materials
protection coatings. And, our products are listed in more than 50 major
aerospace or defense contractor customer specifications and meet or exceed
numerous DOD, MIL, MIS, FAA, ORD, Federal (TT) and customer specifications.
When you use a PTI coating to protect and beautify your private aircraft,
you are using the same products that the military, commercial airlines
and aerospace companies have relied upon for years. It is said that “a
company is known by the customers it keeps.” We are proud to include
among our most valued, and tenured, aerospace and aviation customers
such fine companies as:
• Raytheon • Hawker Pacific Aerospace • Lockheed/Martin • GE
Caledonian • Boeing • Baker Oil and Tool • United
Space Alliance • Aerojet • Sundstrand Aviation • GE
Engine Services • Fiat Avio • Olympic Aviation • United
Airlines
PTI’s
Epoxy Primer is a low VOC (volatile organic compounds) epoxy polyamide
solvent primer which conforms to the military specification MIL-P-23377
Rev. E. This formulation has been tested by the U.S. Government and
is on the Federal Government’s “Qualified Products List.” This
coating is highly recommended for use on aluminum and all plated
or unplated metallic surfaces to insure maximum protection against
corrosion. This primer may be used as an interior or exterior primer
that insures maximum adhesion of any paint or lacquer finish coats.
In laboratory tests, PTI’s Epoxy Primer maintained its
integrity when subjected to the following chemical and other resistance
properties tests: