Version 1.1 of the definition has been released. Please help updating it, contribute translations, and help us with the design of logos and buttons to identify free cultural works and licenses!

Abuse filter log

Abuse Filter navigation (Home | Recent filter changes | Examine past edits | Abuse log)
Jump to navigation Jump to search
Details for log entry 164,042

23:37, 18 January 2020: OdessaBrannon (talk | contribs) triggered filter 2, performing the action "edit" on User:OdessaBrannon. Actions taken: Warn; Filter description: Creating a large userpage with external links (examine)

Changes made in edit

 
+
<br>Sand casting is created in special factories and accounts for more than 60% of all metallic castings.  It is generally not considered a fine finish process.  It can produce a wide range of different parts in weights ranging from less than an ounce to thousands of pounds.  It is the most frequently specified casting process for several reasons.  Nowadays, it remains one of the most widely employed casting techniques. <br><br><br>Die casting is a powerful, cost-effective process offering a bigger array of shapes and components than every other manufacturing technique.  After the casting has cooled, it's broken from the sand mold.  Customized metallic casting usually occurs at comparatively large temperatures. <br> Choosing Sand Casting Parts  <br>The mold isn't permanent either therefore it is relatively inexpensive to cast unique objects.  Molds have several parts that work with each other to influence the last product.  Then both portions of the mold are assembled and poured.  Molds made from sand are comparatively inexpensive, and sufficiently refractory even for [https://www.castermetal.com/steel-foundry/ steel foundry] usage.  Because the sand mold has to be destroyed to be able to take out the part, known as the casting, sand casting typically has a minimal manufacturing rate. <br>  <br>In some instances, the sand might be oiled rather than moistened, making casting possible without waiting for the sand to dry.  Since it is easily formable, the cost varies little with different shapes and sizes.  In the event the sand can't compress, then the casting is not going to have the ability to shrink freely in the mold and can lead to cracking.  Cleaned sand can subsequently be reintroduced to the start of the molding sand manufacturing cycle.  In big castings it's economical to use two distinct sands, because the large part of the sand isn't going to be in touch with the casting, so it doesn't need any distinctive properties.  The air set method employs dry sand bonded with materials apart from clay, employing a quick curing adhesive. <br>  Vital Pieces of Sand Casting Parts  <br>In jolt molding machines, the pattern is put on a plate attached to the peak of an air cylinder.  It is then placed into a metal or wooden box.  Finally, it does not wear out because the sand does not touch it. <br>  Life After Sand Casting Parts <br>The procedure is just one of the most ancient methods utilised in manufacturing metal parts and items.  In other words, it can be used to create both simple and complex metal parts.  It has the capability to produce simple to exceedingly complex castings but under only one condition and that is the manufacturability of the sand mold.  Moreover, the automated process causes very little variation between castings. In addition, the practice allows for the creation of almost any size, form and weight of metal part.  The customized metallic casting process at a minimum demands a mold tailored to fulfill a customer's specifications, and the ability to melt and pour metal alloys into the customized mold. <br>

Action parameters

VariableValue
Edit count of the user (user_editcount)
0
Name of the user account (user_name)
OdessaBrannon
Age of the user account (user_age)
1686254
Page ID (page_id)
0
Page namespace (page_namespace)
2
Page title (without namespace) (page_title)
OdessaBrannon
Full page title (page_prefixedtitle)
User:OdessaBrannon
Action (action)
edit
Edit summary/reason (summary)
Old content model (old_content_model)
New content model (new_content_model)
wikitext
Old page wikitext, before the edit (no more in use) (old_wikitext)
New page wikitext, after the edit (new_wikitext)
<br>Sand casting is created in special factories and accounts for more than 60% of all metallic castings. It is generally not considered a fine finish process. It can produce a wide range of different parts in weights ranging from less than an ounce to thousands of pounds. It is the most frequently specified casting process for several reasons. Nowadays, it remains one of the most widely employed casting techniques. <br><br><br>Die casting is a powerful, cost-effective process offering a bigger array of shapes and components than every other manufacturing technique. After the casting has cooled, it's broken from the sand mold. Customized metallic casting usually occurs at comparatively large temperatures. <br> Choosing Sand Casting Parts <br>The mold isn't permanent either therefore it is relatively inexpensive to cast unique objects. Molds have several parts that work with each other to influence the last product. Then both portions of the mold are assembled and poured. Molds made from sand are comparatively inexpensive, and sufficiently refractory even for [https://www.castermetal.com/steel-foundry/ steel foundry] usage. Because the sand mold has to be destroyed to be able to take out the part, known as the casting, sand casting typically has a minimal manufacturing rate. <br> <br>In some instances, the sand might be oiled rather than moistened, making casting possible without waiting for the sand to dry. Since it is easily formable, the cost varies little with different shapes and sizes. In the event the sand can't compress, then the casting is not going to have the ability to shrink freely in the mold and can lead to cracking. Cleaned sand can subsequently be reintroduced to the start of the molding sand manufacturing cycle. In big castings it's economical to use two distinct sands, because the large part of the sand isn't going to be in touch with the casting, so it doesn't need any distinctive properties. The air set method employs dry sand bonded with materials apart from clay, employing a quick curing adhesive. <br> Vital Pieces of Sand Casting Parts <br>In jolt molding machines, the pattern is put on a plate attached to the peak of an air cylinder. It is then placed into a metal or wooden box. Finally, it does not wear out because the sand does not touch it. <br> Life After Sand Casting Parts <br>The procedure is just one of the most ancient methods utilised in manufacturing metal parts and items. In other words, it can be used to create both simple and complex metal parts. It has the capability to produce simple to exceedingly complex castings but under only one condition and that is the manufacturability of the sand mold. Moreover, the automated process causes very little variation between castings. In addition, the practice allows for the creation of almost any size, form and weight of metal part. The customized metallic casting process at a minimum demands a mold tailored to fulfill a customer's specifications, and the ability to melt and pour metal alloys into the customized mold. <br>
Unified diff of changes made by edit (edit_diff)
@@ -1,0 +1,1 @@ +<br>Sand casting is created in special factories and accounts for more than 60% of all metallic castings. It is generally not considered a fine finish process. It can produce a wide range of different parts in weights ranging from less than an ounce to thousands of pounds. It is the most frequently specified casting process for several reasons. Nowadays, it remains one of the most widely employed casting techniques. <br><br><br>Die casting is a powerful, cost-effective process offering a bigger array of shapes and components than every other manufacturing technique. After the casting has cooled, it's broken from the sand mold. Customized metallic casting usually occurs at comparatively large temperatures. <br> Choosing Sand Casting Parts <br>The mold isn't permanent either therefore it is relatively inexpensive to cast unique objects. Molds have several parts that work with each other to influence the last product. Then both portions of the mold are assembled and poured. Molds made from sand are comparatively inexpensive, and sufficiently refractory even for [https://www.castermetal.com/steel-foundry/ steel foundry] usage. Because the sand mold has to be destroyed to be able to take out the part, known as the casting, sand casting typically has a minimal manufacturing rate. <br> <br>In some instances, the sand might be oiled rather than moistened, making casting possible without waiting for the sand to dry. Since it is easily formable, the cost varies little with different shapes and sizes. In the event the sand can't compress, then the casting is not going to have the ability to shrink freely in the mold and can lead to cracking. Cleaned sand can subsequently be reintroduced to the start of the molding sand manufacturing cycle. In big castings it's economical to use two distinct sands, because the large part of the sand isn't going to be in touch with the casting, so it doesn't need any distinctive properties. The air set method employs dry sand bonded with materials apart from clay, employing a quick curing adhesive. <br> Vital Pieces of Sand Casting Parts <br>In jolt molding machines, the pattern is put on a plate attached to the peak of an air cylinder. It is then placed into a metal or wooden box. Finally, it does not wear out because the sand does not touch it. <br> Life After Sand Casting Parts <br>The procedure is just one of the most ancient methods utilised in manufacturing metal parts and items. In other words, it can be used to create both simple and complex metal parts. It has the capability to produce simple to exceedingly complex castings but under only one condition and that is the manufacturability of the sand mold. Moreover, the automated process causes very little variation between castings. In addition, the practice allows for the creation of almost any size, form and weight of metal part. The customized metallic casting process at a minimum demands a mold tailored to fulfill a customer's specifications, and the ability to melt and pour metal alloys into the customized mold. <br>
New page size (new_size)
3080
Old page size (old_size)
0
Lines added in edit (added_lines)
<br>Sand casting is created in special factories and accounts for more than 60% of all metallic castings. It is generally not considered a fine finish process. It can produce a wide range of different parts in weights ranging from less than an ounce to thousands of pounds. It is the most frequently specified casting process for several reasons. Nowadays, it remains one of the most widely employed casting techniques. <br><br><br>Die casting is a powerful, cost-effective process offering a bigger array of shapes and components than every other manufacturing technique. After the casting has cooled, it's broken from the sand mold. Customized metallic casting usually occurs at comparatively large temperatures. <br> Choosing Sand Casting Parts <br>The mold isn't permanent either therefore it is relatively inexpensive to cast unique objects. Molds have several parts that work with each other to influence the last product. Then both portions of the mold are assembled and poured. Molds made from sand are comparatively inexpensive, and sufficiently refractory even for [https://www.castermetal.com/steel-foundry/ steel foundry] usage. Because the sand mold has to be destroyed to be able to take out the part, known as the casting, sand casting typically has a minimal manufacturing rate. <br> <br>In some instances, the sand might be oiled rather than moistened, making casting possible without waiting for the sand to dry. Since it is easily formable, the cost varies little with different shapes and sizes. In the event the sand can't compress, then the casting is not going to have the ability to shrink freely in the mold and can lead to cracking. Cleaned sand can subsequently be reintroduced to the start of the molding sand manufacturing cycle. In big castings it's economical to use two distinct sands, because the large part of the sand isn't going to be in touch with the casting, so it doesn't need any distinctive properties. The air set method employs dry sand bonded with materials apart from clay, employing a quick curing adhesive. <br> Vital Pieces of Sand Casting Parts <br>In jolt molding machines, the pattern is put on a plate attached to the peak of an air cylinder. It is then placed into a metal or wooden box. Finally, it does not wear out because the sand does not touch it. <br> Life After Sand Casting Parts <br>The procedure is just one of the most ancient methods utilised in manufacturing metal parts and items. In other words, it can be used to create both simple and complex metal parts. It has the capability to produce simple to exceedingly complex castings but under only one condition and that is the manufacturability of the sand mold. Moreover, the automated process causes very little variation between castings. In addition, the practice allows for the creation of almost any size, form and weight of metal part. The customized metallic casting process at a minimum demands a mold tailored to fulfill a customer's specifications, and the ability to melt and pour metal alloys into the customized mold. <br>
Unix timestamp of change (timestamp)
1579408677