[Stag]

Stag στις 7 Σεπτεμβρίου 2016 στις 14:49 #498431

καλησπερα…..να και τo μικρο μαχαιρi που ελεγα για “”μερικη”” χρηση , φτηνο σαν λαμα …τη λαβη την ΄’φορεσα” εγω , απο κεδρο και purple heart…

ο τυπος του ατσαλιου   ειναι 80CrV2

[Stag]

Stag στις 1 Αυγούστου 2016 στις 14:00 #497422

και τελος για να μην σας ”ζαλιζω” αλλο …

ο τυπος του ατσαλιου για το μεγαλο και μικρο μαχαιρι που αναφερα παραπανω

ειναι
80CrV2

[Stag]

Stag στις 1 Αυγούστου 2016 στις 13:51 #497419

τυποι μαχαιριων

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Stag στις 1 Αυγούστου 2016 στις 13:50 #497417

δεν εγινε καλα η επικολληση …sorry

παντως ολα εξαρτωνται απο την χρηση που θελει ο καθενας.

ωστοσο παιζει ρολο και η διαμορφωση της κοψης του μαχαιριου.

http://www.warrenknives.com/blade%20steels.htm   πληροφοριες για τα μεταλλα
<h2><span id=”Knife_patterns” class=”mw-headline”>Knife patterns</span><span class=”mw-editsection”><span class=”mw-editsection-bracket”>[</span>edit<span class=”mw-editsection-bracket”>]</span></span></h2>

Blade styles with typical edges shown as dark grey

Some of the most common shapes are listed below.

(<b>S1</b>) A <i>normal</i> blade has a curving edge, and straight back. A dull back lets the wielder use fingers to concentrate force; it also makes the knife heavy and strong for its size. The curve concentrates force on a smaller area, making cutting easier. This knife can chop as well as pick and slice. This is also the best single-edged blade shape for thrusting, as the edge cuts a swath that the entire width of the knife can pass through without the spine having to push aside any material on its path, as a sheepsfoot or drop-point knife would.

(<b>S2</b>) A <i>trailing-point</i> knife has a back edge that curves upward to end above the spine. This lets a lightweight knife have a larger curve on its edge and indeed the whole of the knife may be curved. Such a knife is optimized for slicing or slashing. Trailing point blades provide a larger cutting area, or belly, and are common on skinning knives.

Drop-point blade

(<b>S3</b>) A <i>drop point</i> blade has a convex curve of the back towards the point. It handles much like the <i>clip-point</i>, though with a stronger point typically less suitable for piercing. Swiss army pocket knives often have drop-points on their larger blades.

Clip-point blade

(<b>S4</b>) A <i>clip-point</i> blade is like a normal blade with the back “clipped”. This clip can be either straight or concave. The back edge of the clip may have a false edge that could be sharpened to make a second edge. The sharp tip is useful as a pick, or for cutting in tight places. If the false edge is sharpened it increases the knife’s effectiveness in piercing. As well, having the tip closer to the centre of the blade allows greater control in piercing. The Bowie knife has a clip point blade and clip-points are common on pocket knives and other folding knives.<sup id=”cite_ref-Goddard_7-0″ class=”reference”>[7]</sup>

(<b>S5</b>) A <i>sheepsfoot</i> blade has a straight edge and a straight dull back that curves towards the edge at the end. It gives the most control, because the dull back edge is made to be held by fingers. Sheepsfoot blades were originally made to trim the hooves of sheep. Their shape bears no similarity to the foot of a sheep.<sup id=”cite_ref-MO90_8-0″ class=”reference”>[8]</sup>

(<b>S6</b>) A <i>Wharncliffe</i> blade is similar in profile to a sheep’s foot but the curve of the back edge starts closer to the handle and is more gradual. Its blade is much thicker than a knife of comparable size.<sup id=”cite_ref-9″ class=”reference”>[9]</sup> Wharncliffes were used by sailors, as the shape of the tip prevented accidental penetration of the work or the user’s hand with the sudden motion of a ship.

(<b>S7</b>) A <i>spey point</i> blade (once used for neutering livestock) has a single, sharp, straight edge that curves strongly upwards at the end to meet a short, dull, straight point from the dull back. With the curved end of the blade being closer to perpendicular to the blade’s axis than other knives and lacking a point, making penetration unlikely, spey blades are common on Trapper style pocketknives for skinning fur-bearing animals.<sup id=”cite_ref-MO90_8-1″ class=”reference”>[8]</sup>

Blade styles with typical edges shown as dark grey

(<b>C1</b>) <i>Leaf blade</i> with a distinctive recurved “waist” adding some curved “belly” to the knife facilitating slicing as well as shifting weight towards the tip meaning that it is commonly used for throwing knives as well as improving chopping ability.

Spear-point blade

(<b>C2</b>) A <i>spear point</i> blade is a symmetrically-shaped blade with a point aligned with the centerline of the blade’s long axis. True spear-point blades are double-edged with a central spine, like a dagger or spear head. The spear point is one of the stronger blade point designs in terms of penetration stress, and is found on many thrusting knives such as the dagger. The term spear point is occasionally and confusingly used to describe small single-edged blades without a central spine, such as that of the <i>pen knife</i>, a small folding-blade pocket knife formerly used in sharpening quills for writing. Pen-knife may also nowadays refer to the blade pattern of some of larger pocket knife blades that would otherwise be termed drop-point designs.

(<b>C3</b>) A <i>needle point</i> blade has a sharply-tapered acuminated point. It is frequently found on daggers such as the stiletto (which had no sharpened edges) and the Fairbairn-Sykes fighting knife. Its long, narrow point reduces friction and increases the blade’s penetrative capabilities, but is liable to stick in bone and can break if abused. When the needle point is combined with a reinforced ‘T’ section running the length of the blade’s spine, it is called a <i>reinforced tip</i>. One example of a knife with a reinforced tip is the <i>pesh-kabz</i>.

(<b>C4</b>) kris or flame-bladed sword. These blades have a distinct recurved blade form and are sharpened on both sides, typically tapering to (or close to) a symmetrical point.

(<b>C5</b>) Referred to in English speaking countries as a “tanto” or “tanto point” (a corruption of the Japanese word <i>tantō</i> though the tip bears no resemblance to a tantō) or a<i>chisel point</i>. (Chisel point only refers to the straightness of the edge that comprises the end of the blade and not to the knife edge being ground on just one side.) It is similar to, but not the same as, some early Japanese swords that had <i>kamasu kissaki</i> (“barracuda tip”), a <i>nearly</i> straight edge at the tip whereas the typical “tanto point” as found in the west has a straight edge. The barracuda tip sword was sharp but also fragile whereas modern tanto point are often advertised as being stronger at the tip for having nearly the whole thickness of the blade present until quite close to the end of the knife. Knife tests have shown that penetration ability of this style of blade is comparatively poor but it is possible, if the tip is strong, that more force can be applied allowing greater penetration without damaging the tip.

The lower illustration is a <i>modified tanto</i> where the end is clipped and often sharpened. This brings the tip closer to the centre of the blade increasing control of the blade and improves penetration potential by having a finer point and a sharpened back edge.

(<b>C6</b>) A <i>hawkbill</i> blade is sharpened on the inside edge and is similar to carpet and linoleum knives. The point will tear even if the rest of the knife is comparatively dull. The karambit from Far South-East Asia is a hawkbill knife which is held with the blade extending from the bottom of the fist and the tip facing forward. The outside edge of a karambit may be sharp and if so may also feature a backwards facing point.

(<b>C7</b>) An <i>ulu</i> (Inuit woman’s knife) knife is a sharpened segment of a circle. This blade type has no point, and has a handle in the middle. It is good for scraping, and sometimes chopping. The semi-circular version appears elsewhere in the world and is called a <i>head knife</i>. It is used in leatherworking both to scrape down leather (reducing thickness, i.e. skiving), and to make precise, rolling cuts for shapes other than straight lines. The circular version is a popular tool for slicing pizzas. One corner is placed at the edge of the pizza and the blade is rolled across in a diameter cut.

 

 

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[Stag]

Stag στις 1 Αυγούστου 2016 στις 13:23 #497414

καλημερα,

τα ατσαλια που αγοραζω ( επαναλαμβανω ετοιμη την λαμα -δεν την διαμορφωνω εγω) ειναι τα παρακατω.

<h1>Sandvik 12C27</h1>

Swedish stainless steel. Sandvik 12C27 is a martensitic stainless chromium steel with an optimized analysis for high quality professional knife applications. After heat treatment, the composition of carbon and chromium gives a unique combination of properties including:good corrosion and wear resistance.

Typical applications for Sandvik 12C27 are hunting and fishing knives, pocket knives, skate blades and ice drills.

 
<table border=”1″>
<thead>
<tr>
<th scope=”row”> C</th>
<th scope=”row”>Si</th>
<th scope=”row”>Mn</th>
<th scope=”row”>P</th>
<th scope=”row”>S</th>
<th scope=”row”>   Cr</th>
</tr>
</thead>
<tbody>
<tr>
<td>0.6</td>
<td>0.4</td>
<td>0.4</td>
<td>≤0.025</td>
<td>≤0.010</td>
<td>   13.5</td>
</tr>
</tbody>
</table>
το συγκεκριμενο ειναι κοφτερο , για να ΄’κοβεις” κρεας περισσοτερο, δεν κανει να το χτυπας σε σκληρες επιφανειες γιατι κανει ευκολα δοντακια. ειναι η δευτερη φωτο που εχω βαλει και η μαρκα του ειναι η enzo (50 ευρω αν θυμαμαι μονο η λαμα) . αυτο το εχω για το κυνηγι.

 

Τωρα , για πιο σκληρη, γενικη,  χρηση

<h1>D-2 Air Hardening Tool Steel</h1>
D-2 tool steel is a versatile high-carbon, high-chromium, air-hardening tool steel that is characterized by a relatively high attainable hardness and numerous, large, chromium rich alloy carbides in the microstructure. These carbides provide good resistance to wear from sliding contact with other metals and abrasive materials. Although other steels with improved toughness or improved wear resistance are available, D-2 provides an effective combination of wear resistance and toughness, tool performance, price, and a wide variety of product forms.

<h4>Analysis:</h4>

<table class=”diehlgrid”>
<tbody>
<tr>
<th width=”45″><u><strong title=”Carbon (C) The most important constituent of steel. It raises tensile strength, hardness, and resistance to wear and abrasion. It lowers ductility, toughness and machinability.”>
C
</u></th>
<th width=”45″><u><strong title=”Cobalt (CO) Increases strength and hardness and permits higher quenching temperatures and increases the red hardness of high speed steel. It also intensifies the individual effects of other major elements in more complex steels.”>
CO
</u></th>
<th width=”45″><u><strong title=”Chromium (CR) Increases tensile strength, hardness, hardenability, toughness, resistance to wear and abrasion, resistance to corrosion, and scaling at elevated temperatures.”>
CR
</u></th>
<th width=”45″><u><strong title=”Manganese (MN) A deoxidizer and degasifier and reacts with sulfur to improve forgeability. It increases tensile strength, hardness, hardenability and resistance to wear. It decreases tendency toward scaling and distortion. It increases the rate of carbon-penetration in carburizing.”>
MN
</u></th>
<th width=”45″><u><strong title=”Molybdenum (MO) Increases strength, hardness, hardenability, and toughness, as well as creep resistance and strength at elevated temperatures. It improves machinability and resistance to corrosion and it intensifies the effects of other alloying elements. In hot-work steels and high speed steels, it increases red-hardness properties.”>
MO
</u></th>
<th width=”45″><u><strong title=”Nickel (NI) Increases strength and hardness without sacrificing ductility and toughness. It also increases resistance to corrosion and scaling at elevated temperatures when introduced in suitable quantities in high-chromium (stainless) steels.”>
NI
</u></th>
<th width=”45″><u><strong title=”Phosphorus (P) Increases strength and hardness and improves machinability. However, it adds marked brittleness or cold-shortness to steel.”>
P
</u></th>
<th width=”45″><u><strong title=”Sulfur (S) Improves machinability in free-cutting steels, but without sufficient manganese it produces brittleness at red heat. It decreases weldability, impact toughness and ductility.”>
S
</u></th>
<th width=”45″><u><strong title=”Silicon (SI) A deoxidizer and degasifier. It increases tensile and yield strength, hardness, forgeability and magnetic permeability.”>
SI
</u></th>
<th width=”45″><u><strong title=”Vanadium (V) Increases strength, hardness, wear resistance and resistance to shock impact. It retards grain growth, permitting higher quenching temperatures. It also enhances the red-hardness properties of high-speed metal cutting tools.”>
V
</u></th>
<th width=”45″><u><strong title=”Tungsten (W) Increases strength, wear resistance, hardness and toughness. Tungsten steels have superior hot-working and greater cutting efficiency at elevated temperatures.”>
W
</u></th>
</tr>
</tbody>
</table>

<table class=”diehlgrid”>
<tbody>
<tr>
<td align=”center” width=”45″>1.40 – 1.60</td>
<td align=”center” width=”45″>11.00 – 13.00</td>
<td align=”center” width=”45″>0.10 – 0.60</td>
<td align=”center” width=”45″>0.70 – 1.20</td>
<td align=”center” width=”45″>0.10 – 0.60</td>
<td align=”center” width=”45″>0.50 – 1.10</td>
</tr>
</tbody>
</table>
 

κατι επισης που αντεχει στην υγρασια , αρκετα καλο κατα τη γνωμη μου ειναι :

<h1>Elmax</h1>

 

Elmax is a powder metallurgy stainless steel created by Bohler-Uddenholm. It is corrosive resistant due to its high Chromium percentage. It also has excellent edge holding capabilities. It is a fairly easy steel to sharpen and it becomes razor sharp due to the powder metallurgy process and the limited impurities.

Comparable steel: CPM S30V
<table border=”1″>
<tbody>
<tr>
<td>C</td>
<td>Cr</td>
<td>Mn</td>
<td>Mo</td>
<td>S</td>
<td>Va</td>
</tr>
<tr>
<td>1.7%</td>
<td>18%</td>
<td>0,30%</td>
<td>1,00%</td>
<td>0,80%</td>
<td>3,0%</td>
</tr>
</tbody>
</table>
 

επισης πολυ καλο ειναι το carbon steel…χανει την κοψη του γρηγορα, αλλα ακονιζεται και ευκολα.  ειναι σαν την πρωτη φωτο , το μεγαλο μαχαιρι γενικης χρησης. ( φτιαχνω τη λαβη τωρα για ενα μικρουτσικο carbon-πολυ κοφτερο). θελει καλο καθαρισμα αμα το βρεχεις ομως.
<h3><span id=”Carbon_steel” class=”mw-headline”>Carbon </span> steel is a popular choice for rough use knives. Carbon steel tends to be much tougher and much more durable, and easier to sharpen than stainless steel. They lack the chromium content of stainless steel, making them susceptible to corrosion.</h3>
Carbon steels have less carbon than typical stainless steels do, but it is the main alloy element. They are more homogeneous than stainless and other high alloy steels, having carbide only in very small inclusions in the iron. The bulk material is harder than stainless, allowing them to hold a sharper and more acute edge without bending over in contact with hard materials. But they dull by abrasion quicker because they lack hard inclusions to take the friction. This also makes them quicker to sharpen. Carbon steel is well known to take a sharper edge than stainless.

[Stag]

Stag στις 29 Ιουλίου 2016 στις 13:24 #497361

ολα με λινελαιο ειναι Σπυρο…οταν βγηκαν οι φωτο ηταν ακομα νωπο..παλια χρησιμοποιουσα το ΄’κλασικο ΄΄λινελαιο αλλα αργει να στεγνωσει…πλεον βαζω λινελαιο ζωγραφικης..ή φυσικο κερι με ελαιολαδο ή ενα κερι για αναπαλαιωση επιπλων.

[Stag]

Stag στις 27 Ιουλίου 2016 στις 13:12 #497330

καλημέρα στην παρέα!

ενα καλο site για λαμες και μαχαιρια ειναι το http://brisa.fi/

ειναι για ολα τα βαλαντια…και αξιοπιστο . αν εχει καποιος και γνωστο που ασχολειται λιγο με τα ξυλουργικα μπορει ευκολα σχετικα να να του φτιαξει τη λαβη παραγγελνοντας μονο τη λαμα ή και καποια αξεσουαρ..

εγω τουλαχιστον οτι μαχαιρι εχω το πηρα απο εκει και αφιερωνοντας λιγο απο τον ελευθερο χρονο μου εκανα και τις λαβες…το ”γουσταρεις΄΄ ετσι και ligo περισσοτερο το μαχαιρακι…

 

 

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Stag στις 18 Φεβρουαρίου 2014 στις 19:08 #454948

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ειναι το τελευταιο που εκανα τη λαβη, 17,5 εκ λαμα, φτηνή σχετικα, μοιαζει με το παραδοσιακο σκανδυναβικο leuku στυλ για πελεκισμα κσι οντως δεν καταλαβαινει τιποτα. ετοιμαζω ενα μικρο τωρα .ξυραφακι λεμε, και θα προσπαθησω να ταιριαξω σε μια θηκη ….για ολες τις δουλειες…

οσο για τη λαμα Sandvik 12C27 απλα πολυυυυ καλη ..στα 50 ευρω μονο η λαμα (enzo) βεβαια αλλα το αξιζει ! εχω ενα με ξυλο καρυδιας και ουσιαστικα δε χρειαζεσαι κατι αλλο….

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[Stag]

Stag στις 22 Ιανουαρίου 2014 στις 21:24 #452916

http://www.brisa.fi δεσ και εδω, και αν ασχολεισαι λιγο μπορεις να κανεις μονος σου τη λαβη. εχω αγορασει λαμες απο εδω , αξιοπιστο !

[Stag]

Stag στις 24 Δεκεμβρίου 2013 στις 20:54 #450365

Twist wrote:

@DIMITRIS.ZOL, Γιαννης-Χανια, φίλοι μου αυτές είναι οι ευαισθησίες που διαχωρίζουν τους κυνηγούς από τους μακελάρηδες.
πολυ σωστοσ !!!!!! καλεσ γιορτες σε ολους!!!

[Stag]

Stag στις 23 Δεκεμβρίου 2013 στις 22:08 #450278

εχει προσφορα ο κυργιασ στο μαγαζι 805 ευρω την καινουρια sl 80 ….για τη αξιοπιστια και μονο, εχω την παλια , 30 και πλεον χρονων ,κυνηγαω με αυτη ακομη , και το μονο που αλλαξα ειναι το κοντακι τησ προχθεσ και αυτο απο δικη μου λαλακία …τα οπλα που αναφερεισ ειναι φοβερα, επωμισα στο μαγαζι μερικα και επαθα πλακα με τη γραμμη τους….για μια ζωη οπλα!

[Stag]

Stag στις 13 Δεκεμβρίου 2013 στις 18:46 #449205

δυο χαμενες σημερα…λιγοστεψαν τα πουλια ..τις προηγουμενες μερεσ εγιναν γερα περασματα….

[Stag]

Stag στις 31 Δεκεμβρίου 2012 στις 00:17 #401138

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photo storage[/url]

[Stag]

Stag στις 31 Δεκεμβρίου 2012 στις 00:13 #401137

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upload[/url]

[Stag]

Stag στις 31 Δεκεμβρίου 2012 στις 00:03 #401136

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online photo storage[/url]