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Home > Regenerative Braking Systems > Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
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Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles
Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles

Energy Saving High Efficiency Sand Mixer Utilizing Regenerative Braking System During Deceleration Cycles

Customization: Available
After-sales Service: Online Support
Warranty: 1 Year
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Product Description

Basic Information
Model NO.
SXZ2900
Type
Lost Mold Casting Production Line
Shotcrete Type
Dry
Machining
Brick Production Line
Structure
Rotor Type
Productivity
150m²/h
Feeding Height
1380mm
Amplitude
1.6mm
Certification
ISO9001: 2000, CE
Condition
New
Capacity
40-60mould/Hour
Key Selling Point
High Productivity
Product Description
Sand Mixer 1
Sand Mixer 2
Sand Mixer 3
Sand Mixer 4
THE MOST IMPORTANT PROCEDURAL STEPS:
1
Source material for the pattern: Choose different materials according to casting needs. EPS for aluminum, copolymer of EPS and EPMMA for iron/steel.
2
Pr-expansion: Polystyrene is expanded using pentane as a blowing agent via a fluidity bed dryer.
3
Molding: EPS beads are blown into a metallic mold and bonded by heating to form pattern geometry.
4
Pattern Assembly: Sectional geometries are assembled into a complete pattern and mounted on a gating system.
5
Coating: Clusters are coated with a 2mm thick water-based refractory coating by dipping.
6
Mold Filling: Clusters are placed in a flask, filled with quartz sand, and compacted via vibration.
7
Casting: Molten metal is poured, decomposing the EPS and filling the mold cavity details.
Process 1
Process 2
Process 3
Process 4
Process 5
Frequently Asked Questions (FAQ)
Q1: What materials are used for lost foam casting patterns?

A: For aluminum castings, expandable polystyrene (EPS) with pentane is used. For cast iron and steel parts, a copolymer made of EPS and EPMMA is preferred.

Q2: How is the mold filling process completed?

A: The coated cluster is placed in a flask, then quartz sand is added using a sand raining feeder and compacted using a high-frequency vibration table.

Q3: Is the casting sand recyclable?

A: Yes, after the demolding process, the used quartz sand is conveyed to a sand processing system for cooling, cleaning, and recycling.

Q4: What is the production capacity of the SXZ2900 model?

A: The production line offers high productivity with a capacity of approximately 40-60 moulds per hour.

Q5: What certifications does this casting line have?

A: This production line is fully certified with ISO9001: 2000 and CE standards, ensuring international quality compliance.

Q6: What kind of after-sales service is provided?

A: We provide free spare parts and technical guidance for the operation of the lost mold casting production line.

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