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China
JINSE
PVC manufacturing can generate material waste during cutting, trimming, startup, and product inspection.
Pulverizing suitable scrap creates an opportunity to recover material for qualified reprocessing.
Fine PVC powder can be evaluated for blending with compatible formulations and use in downstream manufacturing.
Reuse requirements depend on material composition, contamination levels, particle size, and finished-product quality standards.
A pulverizer can form part of an internal material recovery process, allowing manufacturers to manage suitable production scrap within their own facilities.
With four published SMF models, manufacturers can select a machine according to their expected scrap volume and grinding requirements.
The PVC scrap pulverizer is suitable for processing pre-sized manufacturing waste from various rigid PVC products.
PVC pipe manufacturing generates offcuts and rejected products during production.
After suitable size reduction, compatible pipe scrap can be fed into the pulverizer for further grinding into reusable powder.
Window profiles, door profiles, and decorative extrusion profiles may generate production scrap during cutting, trimming, and quality inspection.
The pulverizer supports further size reduction of prepared profile scrap for suitable recycling applications.
Offcuts and rejected PVC ceiling panels can be collected and prepared for pulverizing.
The resulting powder may be evaluated for reuse in compatible manufacturing processes according to the required material formulation and quality standards.
The machine can process suitably prepared waste from PVC board and sheet production.
Grinding the scrap into powder helps manufacturers recover material for potential reprocessing instead of discarding all production waste.
The machine uses a rotating knife disc and stationary cutting elements to pulverize prepared PVC material.
This mechanical grinding arrangement is designed to reduce production scrap into fine powder for further processing.
Grinding generates frictional heat, which can affect the condition of PVC material.
ANDA's combined air and water cooling arrangement helps manage operating temperature during powder production.
The integrated dust collection equipment helps reduce dust dispersion around the grinding process.
Suitable dust extraction and housekeeping arrangements are important for maintaining a cleaner working environment.
ANDA uses stainless steel conveying pipes to help resist corrosion and reduce the risk of contamination from rust.
The main machine door can be opened to access the grinding components.
This arrangement makes routine inspection, cleaning, and cutting-tool replacement more convenient.
The machine uses imported German oil seals according to ANDA's published product description.
These components are intended to help maintain sealing performance during operation.
ANDA offers four SMF series models to accommodate different grinding capacity requirements.
Parameter | SMF-400 | SMF-500 | SMF-600 | SMF-800 |
|---|---|---|---|---|
Main Motor Power | 30 kW | 37 kW | 55 kW | 75/90 kW |
Capacity | 50–120 kg/h | 150–200 kg/h | 200–400 kg/h | 500–700 kg/h |
Machine Weight | 1000 kg | 1200 kg | 1800 kg | 1900 kg |
Output Fineness | 30–50 mesh | 30–50 mesh | 30–50 mesh | 30–50 mesh |
Cooling Method | Air + Water | Air + Water | Air + Water | Air + Water |
The specifications above are based on ANDA's published data. Actual throughput depends on PVC formulation, feedstock condition, target powder fineness, and operating conditions.
A PVC scrap pulverizer is a grinding machine used to reduce prepared PVC production waste into fine powder for recycling and reprocessing applications.
ANDA lists PVC ceiling panels, profiles, and pipes among the machine's intended recycling applications. Suitably prepared board and sheet scrap may also be evaluated for compatibility.
The machine is intended for pulverizing appropriately sized material. Whole pipes and other bulky scrap may require upstream cutting or crushing before feeding.
ANDA's published SMF series specifications list adjustable output fineness of 30–50 mesh.
Published capacity ranges from 50–120 kg/h for the SMF-400 to 500–700 kg/h for the SMF-800. Actual output varies with material and grinding conditions.
Mechanical grinding produces heat. The cooling systems help control operating temperature and reduce the risk of excessive material heating.
Recovered powder may be suitable for certain extrusion or compounding applications after appropriate material and quality evaluation. The permitted reuse ratio depends on the specific formulation and finished-product requirements.
Yes. ANDA's product description identifies a dust collection device as one of the machine's features.
Selection depends on the PVC material, feedstock size, required powder fineness, target capacity, and production conditions.
Please provide the scrap material type, incoming particle size, target mesh, required capacity, and intended downstream application.
Product Overview:
The ANDA PVC Ceiling Panel Extrusion Line is designed for the continuous production of rigid PVC ceiling panels and hollow decorative ceiling profiles.
The complete line integrates PVC plasticization, mould forming, vacuum calibration, water cooling, synchronized haul-off and automatic cutting. Optional hot-stamping or laminating equipment can be added for decorative surface finishing.
Four machine configurations support common panel widths from 200 mm to 600 mm. Reference production capacity ranges from more than 800 m² to 3,300 m² per day, depending on the panel weight, PVC formulation, mould structure and cooling conditions.