Step 1: Mould engineering & production
XSY is one of the largest lost wax foundries in the world. By means of the lost wax method, high quality investment castings are
produced with complex shapes and high dimensional accuracy. Besides that, this process offers a great degree of freedom in design and material choice. Your specific wishes and demands can be incorporated into the castings. By our decades long experience with the lost wax method, we can assure you a very efficient production process and top quality castings.
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China permanent mold casting intercooler end tank cast sheet aluminum end tank
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Meorient Import & Export Co.LTD
China - Hangzhou
Trading Company
Trade Capacity
Export Percentage
Nearest Port
Hangzhou,Shanghai
Accepted Delivery Terms
Employees
5-10人
Accepted Payment Currency
USD,CNY
Average Lead Time
45 Day(s)
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Product Specifications
--Product Description
Product Description
PROPERTIES OF THE LOST WAX TECHNIQUE
XSY is a supplier of precision castings which are cast by using the lost wax technique. These castings are characterized by low surface roughness values and precise tolerances. Lost wax castings are also known as the highest quality steel castings available on the market. They are often applied in environments where the quality demands are high, because the components usually operate in environments which are aggressive (hostile), subjected to large differences in temperature or they are required to be especially hard, strong or light. Because of these specific and high demands, special alloys are often utilised for these castings.
Properties Description
Shape tolerance: Freedom in style and design
Roughness: High surface quality & low roughness values (Ra 1.6 – 6.3 µm)
Dimensional tolerances: High dimensional accuracy and precise tolerances (VDG P690 D1)
Materials: Virtually any steel alloy can be cast
Complexity: Complex shapes can be cast as a single component
Machining: Little to no machining is required
Undercuts: Products with undercuts can be cast
Series: Suitable for smaller and larger series
XSY is a supplier of precision castings which are cast by using the lost wax technique. These castings are characterized by low surface roughness values and precise tolerances. Lost wax castings are also known as the highest quality steel castings available on the market. They are often applied in environments where the quality demands are high, because the components usually operate in environments which are aggressive (hostile), subjected to large differences in temperature or they are required to be especially hard, strong or light. Because of these specific and high demands, special alloys are often utilised for these castings.
Properties Description
Shape tolerance: Freedom in style and design
Roughness: High surface quality & low roughness values (Ra 1.6 – 6.3 µm)
Dimensional tolerances: High dimensional accuracy and precise tolerances (VDG P690 D1)
Materials: Virtually any steel alloy can be cast
Complexity: Complex shapes can be cast as a single component
Machining: Little to no machining is required
Undercuts: Products with undercuts can be cast
Series: Suitable for smaller and larger series
WHY LOST WAX CASTING BY XSY?
XSY is your reliable partner in the field of lost wax casting. We highly value a good client relationship, which largely
determines the success of a project. In good cooperation with you as our customer, we would like to act as a development partner, sharing our thoughts and ideas about product design, material choice, measurements or any necessary machining. All of this is matched exactly to your needs and wishes. The goal is to achieve an optimal casting through joint dialogue. XSY is your partner when it comes to successful castings!
XSY is your reliable partner in the field of lost wax casting. We highly value a good client relationship, which largely
determines the success of a project. In good cooperation with you as our customer, we would like to act as a development partner, sharing our thoughts and ideas about product design, material choice, measurements or any necessary machining. All of this is matched exactly to your needs and wishes. The goal is to achieve an optimal casting through joint dialogue. XSY is your partner when it comes to successful castings!
PROCESS PHRASE 1: SPRAYING A WAX MODEL
Step 2: Wax model spraying & Tree building
The mould is filled with liquid wax. After the wax has been cooled down, ejectors in the mould push the wax model out. A wax model
has now been sprayed which is identical to the final casting. These wax models are glued onto a so-called wax tree with a casting
funnel on top, into which steel is poured in a later stage off the process.
The mould is filled with liquid wax. After the wax has been cooled down, ejectors in the mould push the wax model out. A wax model
has now been sprayed which is identical to the final casting. These wax models are glued onto a so-called wax tree with a casting
funnel on top, into which steel is poured in a later stage off the process.
PROCESS PHASE 2: CERAMICS
Step 3: Rinsing the wax trees
After the wax models have been glued onto a wax tree, they are rinsed. Any possible contaminations on the surface are removed to
ensure a successful attachment of the ceramic onto the wax tree.
After the wax models have been glued onto a wax tree, they are rinsed. Any possible contaminations on the surface are removed to
ensure a successful attachment of the ceramic onto the wax tree.
Step 4: Building ceramic layers
After rinsing the wax tree, the tree is given a fireproof ceramic shell. This shell is constructed after repeatedly submerging the
tree (up to 7 or 9 times) in a slurry and sprinkle it with ceramic sand. The ceramic layers are then hardened in a drying chamber
where they are exposed to air.
After rinsing the wax tree, the tree is given a fireproof ceramic shell. This shell is constructed after repeatedly submerging the
tree (up to 7 or 9 times) in a slurry and sprinkle it with ceramic sand. The ceramic layers are then hardened in a drying chamber
where they are exposed to air.
Step 5: Autoclave
After the layers have been formed and dried, the wax is melted out of the ceramic tree by using steam (120°C) in an autoclave.
This is why it is called “lost wax casting”. The majority of the molten wax can be regenerated and is reusable.
After the layers have been formed and dried, the wax is melted out of the ceramic tree by using steam (120°C) in an autoclave.
This is why it is called “lost wax casting”. The majority of the molten wax can be regenerated and is reusable.
Step 6: Sintering
The ceramic tree is then baked (stoked) at high temperatures of around 1100°C and reaches its final strength through the sintering
process. Any wax remains are burned out during this process.
The ceramic tree is then baked (stoked) at high temperatures of around 1100°C and reaches its final strength through the sintering
process. Any wax remains are burned out during this process.
Step 7: Casting
The desired steel alloy is melted in a large furnace of 800kg and brought to cast temperatures. The ceramic tree is, at the same
time, heated in a oven to prevent thermal shocks during the pouring process. After the tree has been heated, it is removed from
the oven by a robotic arm and filled up with a steel alloy by use of counter gravity. When the trees have been poured, they are
placed on a cooling conveyor where they are cooled down. (with nitrogen).
The desired steel alloy is melted in a large furnace of 800kg and brought to cast temperatures. The ceramic tree is, at the same
time, heated in a oven to prevent thermal shocks during the pouring process. After the tree has been heated, it is removed from
the oven by a robotic arm and filled up with a steel alloy by use of counter gravity. When the trees have been poured, they are
placed on a cooling conveyor where they are cooled down. (with nitrogen).
Stap 8: Finishing
The trees are then removed from their ceramic shell, by using a fully-automatic hammer to break the shell. This removes the
majority of the ceramic. The next step is to cut the products from the trees by sawing or vibrating. The steel leftovers will be
sorted based on alloy and can be melted again during the next casting session.
The trees are then removed from their ceramic shell, by using a fully-automatic hammer to break the shell. This removes the
majority of the ceramic. The next step is to cut the products from the trees by sawing or vibrating. The steel leftovers will be
sorted based on alloy and can be melted again during the next casting session.
Step 9: Blasting, grinding and visual inspection
The Finishing Department removes the last pieces of ceramic by means of steel, sand and/or water blasting.
The ingate which remained after the sawing process, is grinded from the casting. To grind the product properly, a grinding fixture
is often applied.
The Quality Department checks all products visually for possible casting failures. This check takes place according to a quality
standard sheet to ensure that all possible surface failures are corrected properly. Due to this procedure you can be assured that
XSY only delivers high quality castings.
The Finishing Department removes the last pieces of ceramic by means of steel, sand and/or water blasting.
The ingate which remained after the sawing process, is grinded from the casting. To grind the product properly, a grinding fixture
is often applied.
The Quality Department checks all products visually for possible casting failures. This check takes place according to a quality
standard sheet to ensure that all possible surface failures are corrected properly. Due to this procedure you can be assured that
XSY only delivers high quality castings.
Step 10: Machining and heat- and surface treatment
XSY has the capabilities to machine castings in house, such as drilling holes, tapping threads and turning & milling activities.
This enables XSY to deliver a completely machined component that is ready-to-install.
Some alloys require heattreatment to achieve a certain hardness, tensile strength or elongation according to 2D drawing
specifications. The standard heattreatments are performed in-house, the complex treatments are outsourced. XSY also has the
know-how to perform a surface treatment for a casting.
Surface treatments involves the coating process of a steel surface, to enhance the looks of the surface or protect it against
external influences such as corrosion (rust) and natural wear (damage).
XSY has the capabilities to machine castings in house, such as drilling holes, tapping threads and turning & milling activities.
This enables XSY to deliver a completely machined component that is ready-to-install.
Some alloys require heattreatment to achieve a certain hardness, tensile strength or elongation according to 2D drawing
specifications. The standard heattreatments are performed in-house, the complex treatments are outsourced. XSY also has the
know-how to perform a surface treatment for a casting.
Surface treatments involves the coating process of a steel surface, to enhance the looks of the surface or protect it against
external influences such as corrosion (rust) and natural wear (damage).
Step 11: Final inspection
The final step in this process is another visual check and when necessary composing a measurement report and material analysis.
After the final inspection, the products are ready for shipment to another satisfied XSY customer.
The final step in this process is another visual check and when necessary composing a measurement report and material analysis.
After the final inspection, the products are ready for shipment to another satisfied XSY customer.
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