| All Tech Industries HDPE Challenge |
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All Tech Industries (ATI) is excited to extend a program that offers a
superior coating solution at a reduced cost in an effort to gain greater
exposure for our Ultra COAT™ line of advanced spray-applied
coatings. You will discover our products offer you many advantages
over what you're likely using today (i.e. HDPE or equivalent).
There simply isn't a stronger, longer-lasting coating solution available
in the marketplace. |
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| INSULATION PRO Arctic 3.0™ |
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ATI’s industrial-grade spray foam insulation is a two component, modified polyurethane product that provides a semi-rigid membrane with exceptional resistance to mildew,
water absorption or corrosion. |
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| SUPER SEAL 3.0™ |
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The SUPER SEAL 3.0™ is based on amine-terminated polyether resins, amine chain extenders and MDI prepolymers. It provides a flexible, resilient, tough, monolithic membrane with superior water,
mold, mildew, dirt, bacteria and chemical resistance. |
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| Ultra COAT™ Black |
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Ultra COAT™ Black is a spray-applied plural component pure polyurea elastomer with a unique synergy of water and alcohol based chemistry that can be used as a stand-alone product or
as a topcoat over aromatic polyureas, polyurethanes or hybrids. |
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| Ultra COAT-EE™ |
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Ultra COAT-EE™ is a state-of-the-art, high performance, sprayed, plural component pure polyurea elastomer. This system is based on amine-terminated polyether resins,
amine chain extenders and MDI prepolymers. |
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| Ultra COAT-ET™ |
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Ultra COAT-ET™ is a state-of-the-art, high performance, sprayed, plural component pure polyurea elastomer. This system is based on amine-terminated polyether resins,
amine chain extenders and MDI prepolymers. |
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| Ultra COAT-COLOR™ |
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Ultra COAT-COLOR™ is a spray-applied plural component polyurea with a unique synergy of aliphatic and aromatic polymer chemistry that can be used as a stand-alone product or
as a topcoat over aromatic polyureas, polyurethanes or hybrids. |
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| Ultra COAT™ |
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Ultra COAT™ is a spray-applied plural component that can be used as a stand-alone product or
as a topcoat over aromatic polyureas, polyurethanes or hybrids. |
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| Ultra COAT Composite 1.0™ |
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Ultra COAT Composite 1.0™ is a state-of-the-art, high performance, sprayed, plural component pure polyurea elastomer with a carbon fiber element. This system is based on amine-terminated
polyether resins, amine chain extenders and MDI prepolymers. |
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| Ultra COAT Composite 3.0™ |
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Ultra COAT Composite 3.0™ is a state-of-the-art, high performance, sprayed, plural component pure polyurea elastomer with a carbon fiber element. This system is based on amine-terminated
polyether resins, amine chain extenders and MDI prepolymers. |
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| Non-Woven 06 |
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NW-06 is a nonwoven Geotextile made from staple filaments of polypropylene fiber and are needle punched and heatset. They range from light weight (6 oz/sy), to medium weight
(8 to 10 oz/sy), to heavy weight (12 to 16 oz/sy). |
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| Non-Woven 08 |
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NW-08 is a nonwoven Geotextile made up of polypropylene fibers. These fibers are needled to form a stable and durable net such that the fibers retain their relative position.
It is non-biodegradable and resistant to most soil chemicals, acids and alkalis with a pH range of 3 to 12. |
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| Non-Woven 10 |
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NW-10 is a nonwoven Geotextile made from staple filaments of polypropylene fiber and are needle punched and heatset. They range from light weight (6 oz/sy), to medium weight
(8 to 10 oz/sy), to heavy weight (12 to 16 oz/sy). |
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| Non-Woven 12SD |
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NW-12SD is a nonwoven Geotextile made up of polypropylene fibers. These fibers are needled to form a stable and durable net such that the fibers retain their relative position.
It is non-biodegradable and resistant to most soil chemicals, acids and alkalis with a pH range of 3 to 12. |
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| Non-Woven 12HD |
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NW-12HD is a nonwoven Geotextile made up of polypropylene fibers. These fibers are needled to form a stable and durable net such that the fibers retain their relative position.
It is non-biodegradable and resistant to most soil chemicals, acids and alkalis with a pH range of 3 to 12. |
