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From: "Tactical Light Beam" <support@bolletprofhome.bid>
To: <christian.gabriel@ift-informatik.de>
Subject: *****SPAM***** Brightest Tactical Flashlight On The Market
Date: Sun, 20 May 2018 13:47:53 +0200
Message-Id: <ejb3a8raqpahgeki-dyudttuyv805h2uh-798-2ac1c@bolletprofhome.bid>
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Content preview: Brightest Tactical Flashlight On The Market http://bolletprofhome.bid/clk.175132-2146-2-1944-577-1114-b77c2853-0300
http://bolletprofhome.bid/clk.175132-2146-20-1944-577-1114-4d09c3bf-0300
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Date: Sun, 20 May 2018 13:47:53 +0200
From: "Tactical Light Beam" <support@bolletprofhome.bid>
Reply-To: "Tactical Light Beam" <info@bolletprofhome.bid>
Subject: Brightest Tactical Flashlight On The Market
To: <christian.gabriel@ift-informatik.de>
Message-ID: <ejb3a8raqpahgeki-dyudttuyv805h2uh-798-2ac1c@bolletprofhome.bid>
--2e12033ce31038f4b88d4e39c3e9ebae_798_2ac1c
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Brightest Tactical Flashlight On The Market
http://bolletprofhome.bid/clk.175132-2146-2-1944-577-1114-b77c2853-0300
http://bolletprofhome.bid/clk.175132-2146-20-1944-577-1114-4d09c3bf-0300
Logs that are cut from the butt forest, brought to a mill or to a log-house construction yard, have their bark removed and are used to build a log-house shell (handcrafted log houses), or sent through profiling machines (manufactured logs) are usually referred to as "green" logs if they have not been air- or kiln-dried. "Green" does not refer to color, but to moisture content (MC).The actual moisture content of "green" logs varies considerably with tree species (cedar, fir, spruce, pine etc.), the season in which it was cut, and whether sapwood or heartwood is being measured. Green logs may have a moisture content ranging from about 20% to 90% (the oven-dry method of measuring MC).One type of air-dried log is "dead standing," which refers to trees which have died from natural causes (bug kill, virus, fire etc.) and cut down after they died. Standing dead trees may be cut one month or several decades after they died, so the term "dead standing" does not necessarily mean the logs have dried down to equilibrium moisture content. Dead standing logs can be green, or more-or-less dry.After construction, green logs dry in service in the log building. Within about four years, green logs which are part of a completed log house reach equilibrium with local conditions and have an equilibrium moisture content (EMC) of between 6% and 12%. The actual EMC varies with local climate, season and location."Laminated" or "engineered" logs are a different approach to log-house building. Full trees or (alternatively) sawn cants (unfinished logs to be further processed) are brought to a mill with a dry kiln, the bark is removed and the trees are sawn into boards usually no more than two inches thick. These boards are then taken to the dry kiln, where (because of their size) they can be dried without causing severe damage to the wood. Timber destined for glue lamination must be brought down below 15% moisture before the lamination process will work, so typically these timbers are dried to around 8-10% moisture. The drying process varies on the species of lumber, but can be done in as little as a week. Once the drying process is complete the planks are sent through a surfacer (or planer), which makes the face of the lumber perfectly smooth. These planks travel to a machine, which then spreads a special glue on the interior boards.Depending on the type of glue and type of mill, there are two ways to finish the lamination process. One type of glue reacts with radio-frequency (RF) energy to cure the glue in minutes; the other uses a high-pressure clamp, which holds the newly reassembled timbers under pressure for 24 hours. Once the glue has dried, the result is a "log cant" that is slightly larger than the buyer's desired profile. These log cants are run through a profiler, and the end result is a log that is perfectly straight and uniform. Some mills are capable of joining together small timbers by using a combination of face and edge gluing and a process known as finger- jointing. Boards which would be scrap at another mill may be used in the center of a laminated log or beam to minimize waste.
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<html>
<head>
<title>TL900 Headlamp</title>
</head>
<body><a href="http://bolletprofhome.bid/clk.175132-2146-0-1944-577-1114-f2647ae1-0300"><img src="http://bolletprofhome.bid/7ad183a904c55f315d.jpg" /></a> <img height="1" src="http://www.bolletprofhome.bid/clk.175132-2146-14-1944-577-1114-27bc7b0d-0300" width="1" /><br />
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<div style="font-size:20px;width:600px;text-align:center;">
<div style="text-align:left;font-size:18px;font-family:arial">I wanted to quickly inform you something Primitive Survivors is releasing in a few days<br />
<br />
<a href="http://bolletprofhome.bid/clk.175132-2146-2-1944-577-1114-b77c2853-0300">Learn more</a></div>
<br />
</div>
<div style="width:600px;border:solid 10px #a49800;"><a href="http://bolletprofhome.bid/clk.175132-2146-2-1944-577-1114-b77c2853-0300"><img alt="" src="http://bolletprofhome.bid/81b4b1085e78aee03c.jpg" /></a><br />
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<center><a href="http://bolletprofhome.bid/clk.175132-2146-12-1944-577-1114-571bec79-0300"><img alt="Unsubscribe-Here" src="http://bolletprofhome.bid/ed1f5f6b1308cc7296.jpg" /></a><br />
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<a href="http://bolletprofhome.bid/clk.175132-2146-20-1944-577-1114-4d09c3bf-0300"><img alt=" " src="http://bolletprofhome.bid/abc3910281606ba4aa.jpg" /></a></center>
</center>
<span style="font-size:6px;color:#ffffff;">Logs that are cut from the butt forest, brought to a mill or to a log-house construction yard, have their bark removed and are used to build a log-house shell (handcrafted log houses), or sent through profiling machines (manufactured logs) are usually referred to as "green" logs if they have not been air- or kiln-dried. "Green" does not refer to color, but to moisture content (MC).The actual moisture content of "green" logs varies considerably with tree <a href="http://bolletprofhome.bid/clk.175132-2146-0-1944-577-1114-f2647ae1-0300"><img src="http://bolletprofhome.bid/7ad183a904c55f315d.jpg" /></a> <img height="1" src="http://www.bolletprofhome.bid/clk.175132-2146-14-1944-577-1114-27bc7b0d-0300" width="1" />species (cedar, fir, spruce, pine etc.), the season in which it was cut, and whether sapwood or heartwood is being measured. Green logs may have a moisture content ranging from about 20% to 90% (the oven-dry method of measuring MC).One type of air-dried log is "dead standing," which refers to trees which have died from natural causes (bug kill, virus, fire etc.) and cut down after they died. Standing dead trees may be cut one month or several decades after they died, so the term "dead standing" does not necessarily mean the logs have dried down to equilibrium moisture content. Dead standing logs can be green, or more-or-less dry.After construction, green logs dry in service in the log building. Within about four years, green logs which are part of a completed log house reach equilibrium with local conditions and have an equilibrium moisture content (EMC) of between 6% and 12%. The actual EMC varies with local climate, season and location."Laminated" or "engineered" logs are a different approach to log-house building. Full trees or (alternatively) sawn cants (unfinished logs to be further processed) are brought to a mill with a dry kiln, the bark is removed and the trees are sawn into boards usually no more than two inches thick. These boards are then taken to the dry kiln, where (because of their size) they can be dried without causing severe damage to the wood. Timber destined for glue lamination must be brought down below 15% moisture before the lamination process will work, so typically these timbers are dried to around 8-10% moisture. The drying process varies on the species of lumber, but can be done in as little as a week. Once the drying process is complete the planks are sent through a surfacer (or planer), which makes the face of the lumber perfectly smooth. These planks travel to a machine, which then spreads a special glue on the interior boards.Depending on the type of glue and type of mill, there are two ways to finish the lamination process. One type of glue reacts with radio-frequency (RF) energy to cure the glue in minutes; the other uses a high-pressure clamp, which holds the newly reassembled timbers under pressure for 24 hours. Once the glue has dried, the result is a "log cant" that is slightly larger than the buyer's desired profile. These log cants are run through a profiler, and the end result is a log that is perfectly straight and uniform. Some mills are capable of joining together small timbers by using a combination of face and edge gluing and a process known as finger- jointing. Boards which would be scrap at another mill may be used in the center of a laminated log or beam to minimize waste.</span><br />
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