 |
| Quantity: | |
|---|---|
Introduction to Sand Casting
The most well-known procedure for metal casting is sand casting or sand molded casting since with it, sand—that is, casting sand—functions as the mold material.
In sand casting, there should not be a problem with the flexibility of design when it comes to manufacturing complex shapes in any size and weight from almost every type of engineering alloy.
The sand casting process has four main steps: assembling the sand mold, pouring the liquid metal into the mold, cooling the metal, and breaking away the sand and removing the casting.
Unique to Jinhong is a sand casting foundry; we have been in business for years and with much more experience. And so we can offer you OEM sand casting parts according to customers’ requests.
| Parameter | Value |
|---|---|
| Product Name | High Precision Sand Casting |
| Supplier | Jinhong |
| Customization | Available |
| Application | Machinery Parts |
| Processing | CNC Machining |
| Material | Iron, Cast Iron, Gray Iron, Ductile Iron, Steel, Stainless Steel, Brass, Copper, Aluminum, Zinc |
| Surface Finish | Spray-Paint, Powder Coating, Painting, Zinc Plating |
| Surface Roughness | Ra6.3 |
| Standard | AISI, JIS, ANSI, DIN, BS, GB |
| Certification | CE, RoHS, ISO 9001:2000 |
| Origin | China |
| Casting Processes | Sand Casting, Precision Casting, Investment Casting, Lost Wax Casting, Die Casting, Forging, Stamping, Machining |
| Machinery | Lathe, CNC, Drilling Machine, Milling Machine, Boring Machine, Planer, Machining Center |
| Tolerances | Casting: 0.5mm, Machining: 0.05mm, Precision Machining: 0.005mm |
Jinhong’s High Precision Sand Casting Parts are meant for a wide range of industrial applications, with particular reference to machinery parts. The casting is done through advanced methods and in various metals, including iron, steel, and aluminum to stringent industrial standards. These include the ISO 9001 and RoHS certifications. Each part is subjected to CNC machining processes for extremely high accuracies and made-to-order surface finishes as well as powder coating and spray-painting. Our comprehensive casting and finishing capabilities allow us to offer a reliable solution specifically tailored to any set of requirements.
Basic principles of sand casting
Sand casting is supposed to be operating based on quite simple principles, where sand is the main material to shape the molds. This casting process starts by building up a sand mold imparting the form of the end part/component along with all its contours. Once molten casting material has been poured into the mold, this takes the shape of the mold cavity upon cooling and solidifying.
Typically, this entails two main steps in sand casting: first, preparation of the model or pattern defining the shape of the part; second, the formation of the sand mold around this model. In return, this presents a way for allowing complex geometries, representing quite a flexible and cost-effective way of producing metal parts across different industries.
Characteristics of sand casting
Sand casting is known for several key characteristics that make it an appealing choice across many industries.
Low Cost:Sand casting is an extremely cost-effective method when compared to other casting methods. This is basically because of the low price and abundance of sand, which in turn reduces the cost and makes the whole manufacturing process more accessible.
Short Production Cycle:The production cycle in sand casting is relatively short. Therefore, the period of time between the design and the final product is very short. Thus, a shorter cycle period allows manufacturers to act upon demands more readily and streamline operations toward enhancing productivity.
High Production Efficiency:The efficiency of sand casting lies in its simplicity. The process is fast because first, sands molds are made, then, the molten metal is poured. Production turnover is made very fast through this method and that way, it supports high volumes thereby being particularly effective for large-scale production needs.
Versatility in Size and Shape:Sand casting is a very flexible process for casting almost any size and shape. Molds can be designed for a particular application, so it is suited to both simple and complex geometries.
Broad Industry Application:In its application, sand casting is very extensive due to the cost-effectiveness, speed, and adaptability offered by the process in the sectors, including automotive, machinery, and aviation. These benefits along with flexibility make it an economically viable solution for both jobbing and mass production.
Introduction to Sand Casting
The most well-known procedure for metal casting is sand casting or sand molded casting since with it, sand—that is, casting sand—functions as the mold material.
In sand casting, there should not be a problem with the flexibility of design when it comes to manufacturing complex shapes in any size and weight from almost every type of engineering alloy.
The sand casting process has four main steps: assembling the sand mold, pouring the liquid metal into the mold, cooling the metal, and breaking away the sand and removing the casting.
Unique to Jinhong is a sand casting foundry; we have been in business for years and with much more experience. And so we can offer you OEM sand casting parts according to customers’ requests.
| Parameter | Value |
|---|---|
| Product Name | High Precision Sand Casting |
| Supplier | Jinhong |
| Customization | Available |
| Application | Machinery Parts |
| Processing | CNC Machining |
| Material | Iron, Cast Iron, Gray Iron, Ductile Iron, Steel, Stainless Steel, Brass, Copper, Aluminum, Zinc |
| Surface Finish | Spray-Paint, Powder Coating, Painting, Zinc Plating |
| Surface Roughness | Ra6.3 |
| Standard | AISI, JIS, ANSI, DIN, BS, GB |
| Certification | CE, RoHS, ISO 9001:2000 |
| Origin | China |
| Casting Processes | Sand Casting, Precision Casting, Investment Casting, Lost Wax Casting, Die Casting, Forging, Stamping, Machining |
| Machinery | Lathe, CNC, Drilling Machine, Milling Machine, Boring Machine, Planer, Machining Center |
| Tolerances | Casting: 0.5mm, Machining: 0.05mm, Precision Machining: 0.005mm |
Jinhong’s High Precision Sand Casting Parts are meant for a wide range of industrial applications, with particular reference to machinery parts. The casting is done through advanced methods and in various metals, including iron, steel, and aluminum to stringent industrial standards. These include the ISO 9001 and RoHS certifications. Each part is subjected to CNC machining processes for extremely high accuracies and made-to-order surface finishes as well as powder coating and spray-painting. Our comprehensive casting and finishing capabilities allow us to offer a reliable solution specifically tailored to any set of requirements.
Basic principles of sand casting
Sand casting is supposed to be operating based on quite simple principles, where sand is the main material to shape the molds. This casting process starts by building up a sand mold imparting the form of the end part/component along with all its contours. Once molten casting material has been poured into the mold, this takes the shape of the mold cavity upon cooling and solidifying.
Typically, this entails two main steps in sand casting: first, preparation of the model or pattern defining the shape of the part; second, the formation of the sand mold around this model. In return, this presents a way for allowing complex geometries, representing quite a flexible and cost-effective way of producing metal parts across different industries.
Characteristics of sand casting
Sand casting is known for several key characteristics that make it an appealing choice across many industries.
Low Cost:Sand casting is an extremely cost-effective method when compared to other casting methods. This is basically because of the low price and abundance of sand, which in turn reduces the cost and makes the whole manufacturing process more accessible.
Short Production Cycle:The production cycle in sand casting is relatively short. Therefore, the period of time between the design and the final product is very short. Thus, a shorter cycle period allows manufacturers to act upon demands more readily and streamline operations toward enhancing productivity.
High Production Efficiency:The efficiency of sand casting lies in its simplicity. The process is fast because first, sands molds are made, then, the molten metal is poured. Production turnover is made very fast through this method and that way, it supports high volumes thereby being particularly effective for large-scale production needs.
Versatility in Size and Shape:Sand casting is a very flexible process for casting almost any size and shape. Molds can be designed for a particular application, so it is suited to both simple and complex geometries.
Broad Industry Application:In its application, sand casting is very extensive due to the cost-effectiveness, speed, and adaptability offered by the process in the sectors, including automotive, machinery, and aviation. These benefits along with flexibility make it an economically viable solution for both jobbing and mass production.
