Sigma Technologies

Fibrous and Porous Materials. Fibrous and Porous Materials. New Materials through Thin Film Engineering. Sigma VaporPhase technology is a breakthrough process for depositing functional layers ranging in thickness from a few, to a few hundred, nanometers. Layers can be applied to films, fabrics, paper, and metal foils and can be used to create multi-layer composite materials for the production of high aspect ratio pigments, energy storage devices, and barrier materials. Key Markets and Applications. Sigma.

OVERVIEW

This web page sigmalabs.com presently has an average traffic classification of zero (the smaller the more traffic). We have audited zero pages inside the website sigmalabs.com and found eleven websites associating themselves with sigmalabs.com. There is two contacts and directions for sigmalabs.com to help you correspond with them. This web page sigmalabs.com has been online for one thousand five hundred and thirty weeks, eighteen hours, forty-eight minutes, and twelve seconds.
Links to this site
11
Contacts
2
Locations
2
Online Since
Mar 1995

SIGMALABS.COM RANKINGS

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SIGMALABS.COM HISTORY

This web page sigmalabs.com was first recorded on March 05, 1995. This domain was changed on the date of February 07, 2011. This site will expire on the date of March 06, 2016. It is now one thousand five hundred and thirty weeks, eighteen hours, forty-eight minutes, and twelve seconds old.
REGISTERED
March
1995
UPDATED
February
2011
EXPIRED
March
2016

PERIOD OF EXISTANCE

29
YEARS
3
MONTHS
29
DAYS

LINKS TO BUSINESS

Mark Technologies Home Page Vacuum Technologies, plasma systems, leak detection

Mark Technologies specializes in Vacuum Technologies. We are a representative company and our partners are leading worldwide manufacturers in their field which together offer a near perfect solution to all your vacuum requirements. The well trained sales force will assist in finding the most suitable products to fulfill your wishes in the most efficient cost effective way. Our repair lab provides accurate, on time and attentive services.

Sigma Technologies Intl, LLC - Home

Liquid Barrier Fabrics for Medical and Industrial. Barrier Films for Electronics and Packaging. High Energy Density Capacitors Products. Thin Film Coating Equipment and Systems. Radiant Barrier Films and Fabrics. Liquid Barrier Fabrics for Medical and Industrial. Barrier Films for Electronics and Packaging.

WHAT DOES SIGMALABS.COM LOOK LIKE?

Desktop Screenshot of sigmalabs.com Mobile Screenshot of sigmalabs.com Tablet Screenshot of sigmalabs.com

CONTACTS

Sigma Labs

10960 N Stallard Place

Tucson, AZ, 85737

US

Opus One, Inc.

Snyder, Joel M.

1404 East Lind Road

Tucson, AZ, 85719

US

SIGMALABS.COM HOST

I diagnosed that a lone root page on sigmalabs.com took three hundred and ninety-one milliseconds to stream. We could not discover a SSL certificate, so in conclusion our web crawlers consider this site not secure.
Load time
0.391 seconds
SSL
NOT SECURE
Internet Address
198.49.23.145

NAME SERVERS

ns.opus1.com
ns4.opus1.com

TITLE

Sigma Technologies

DESCRIPTION

Fibrous and Porous Materials. Fibrous and Porous Materials. New Materials through Thin Film Engineering. Sigma VaporPhase technology is a breakthrough process for depositing functional layers ranging in thickness from a few, to a few hundred, nanometers. Layers can be applied to films, fabrics, paper, and metal foils and can be used to create multi-layer composite materials for the production of high aspect ratio pigments, energy storage devices, and barrier materials. Key Markets and Applications. Sigma.

CONTENT

This web page has the following in the site, "New Materials through Thin Film Engineering." Our analyzers viewed that the web page also stated " Sigma VaporPhase technology is a breakthrough process for depositing functional layers ranging in thickness from a few, to a few hundred, nanometers." The Website also said " Layers can be applied to films, fabrics, paper, and metal foils and can be used to create multi-layer composite materials for the production of high aspect ratio pigments, energy storage devices, and barrier materials."

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