Welcome to ANDA
Welcome to ANDA
A PVC pulverizer machine turns pre-crushed PVC scrap into fine, reusable powder through high-speed grinding, cooling, air conveying, cyclone separation, and screening. In a typical PVC recycling grinding process, waste from pipes, profiles, wall panels, ceiling panels, and other PVC products is first reduced to manageable pieces. The pulverizer then performs the finer size-reduction step needed before material can return to compounding, extrusion, granulation, or other suitable processing.
Powder quality depends on more than the grinding disc. Feed rate, grinding clearance, temperature, airflow, and classification all affect particle size and output stability. On a production floor, that balance matters because powder that is too coarse, too hot, or too variable can disrupt mixing and extrusion stability.
A PVC grinding machine takes PVC waste down to powder. Common feed materials include edge trim, rejected PVC pipe, profiles, ceiling panels, wall panels, and rigid PVC parts. For the configurations covered here, the specified feed size is 5–8 mm, with example capacities of about 150 to 600 kg/h depending on machine size and target fineness.
For plants returning clean production scrap to the process, Anda’s Pulverizer / Grinding Mill is designed for this fine-grinding stage after crushing. It converts prepared PVC pieces into controlled powder for recycling and material reuse.
How does a PVC pulverizer work? Follow the material from hopper to finished-powder outlet. Poor control at one stage can appear later as excess heat, unstable mesh, or reduced output.
Pre-crushed PVC enters the hopper at a steady rate. Inside the chamber, the main shaft drives rotating grinding elements against fixed surfaces. Material is cut, sheared, rubbed, and impacted until particles are small enough to leave with the airflow.
Stage | What happens | Why it matters |
Pre-crushing | Large scrap becomes small flakes | Creates stable feed |
Fine grinding | Rotating and fixed surfaces reduce PVC | Produces powder |
Cooling | Water removes frictional heat | Limits overheating |
Air conveying | Powder moves under negative pressure | Transfers material |
Screening | Fine and oversize particles separate | Controls final size |
PVC is heat-sensitive, while fine grinding creates friction. Excess heat can soften or discolor material and make processing less consistent, so cooling is part of the working principle.
Anda uses dual water cooling around the grinding chamber, the back of the rotating disc, and conveying pipework.
Once particles are fine enough, airflow pulls them through the conveying pipe. A cyclone separates powder from the air stream, while a vibrating screen classifies it. Qualified powder moves to collection; oversize can return for further grinding.
Anda’s Pulverizer / Grinding Mill combines grinding, water cooling, negative-pressure conveying, cyclone separation, and vibrating screening. It also uses external grinding-gap adjustment, so particle-size settings can be changed without opening the hot grinding chamber.
An adjustable mesh PVC pulverizer does not reach a target size through speed alone. Final fineness depends on grinding clearance, feed condition, PVC formulation, wear, airflow, and screening. Filled rigid PVC can also be abrasive.
A smaller grinding gap generally produces finer material but can raise heat and reduce throughput. Uniform 5–8 mm feed is easier to meter, and metal contamination should be removed before fine grinding.
The referenced configurations run at 2965 rpm and list powder outputs such as 10–30 mesh and around 20/40 mesh. Actual output should be confirmed with the customer’s PVC recipe, target mesh, and downstream process.
Three checks have a direct effect on consistency:
· Keep incoming flakes reasonably uniform and clean.
· Match feed rate to motor load, temperature, and target fineness.
· Inspect grinding surfaces and maintain the set clearance as wear develops.
Anda’s Pulverizer / Grinding Mill uses chromium-alloy grinding components that are heat-treated and surface-nitrided, together with external clearance adjustment. These features suit a PVC scrap grinding machine that may process different rigid-PVC recipes and powder requirements.
The value of a PVC powder making machine appears downstream. Clean production scrap can be ground and reused in a controlled formulation. Possible downstream routes include re-granulation, extrusion, injection molding, and blending with new resin, stabilizer, calcium carbonate, or other formulation components.
Applications include PVC pipe and conduit, profiles, ceiling and wall panels, flooring-related products, sealing products, and cable compounds. The recycled-powder ratio should be set by formulation trials and final-product requirements.
Before choosing an industrial PVC grinding mill, define scrap type, filler content, feed size, target mesh, required kg/h, voltage, cooling-water conditions, and collection method. A PVC pipe recycling pulverizer may face different wear conditions from one grinding thin profile trim.
Anda’s Pulverizer / Grinding Mill can be considered alongside crushing, mixing, extrusion, and recycling equipment in a complete material-handling workflow. Anda’s product range includes PVC pulverizers and other plastic auxiliary machinery as well as multiple PVC extrusion lines.
Zhangjiagang Anda Machinery Co., Ltd. manufactures PVC extrusion and auxiliary equipment, including PVC pulverizer machines, mixers, recycling equipment, and production lines for pipe, profiles, wall panels, ceiling panels, edge band, and sheet. The company states that more than 1,000 production lines or individual machines have been supplied worldwide and offers factory planning, installation, commissioning, and training services.
For buyers comparing a plastic pulverizer machine with a complete PVC processing setup, that broader equipment background helps match grinding with material handling, mixing, and extrusion. Visitors are welcome to watch the Anda Pulverizer / Grinding Mill video to see the machine layout and operating process; Anda’s video library includes dedicated PVC pulverizer content.
Anda’s Pulverizer / Grinding Mill is intended for PVC recycling lines that need fine grinding, cooling, powder conveying, and classification in one connected process.
A PVC pulverizer machine works in sequence: pre-crushed PVC enters a high-speed grinding chamber, is reduced between rotating and fixed surfaces, cooled, carried by airflow to a cyclone, and screened. Stable performance comes from controlling the whole chain, not grinding speed alone.
For a new line or recycling upgrade, start with scrap type, feed size, target mesh, required capacity, PVC formulation, and downstream use. Anda’s Pulverizer / Grinding Mill can then be matched to the PVC recycling grinding process rather than selected only by nameplate capacity.
It reduces pre-crushed PVC scrap into fine powder that can be screened, collected, and reused in suitable compounding, extrusion, granulation, or other processing.
PVC flakes enter the grinding chamber, where high-speed rotating and fixed grinding elements reduce them. Cooling manages heat, airflow carries fine particles to a cyclone, and a vibrating screen separates material by size.
For the referenced configurations, the specified feed size is 5–8 mm. Larger rigid scrap should normally be crushed before fine grinding.
Target mesh, feed rate, PVC formulation, filler content, grinding-surface condition, cooling, airflow, and machine size all influence kg/h and powder consistency.
Grinding clearance can be adjusted within the machine’s practical range, while downstream screening helps classify the result. The final setting should be tested with the actual material and production requirement. Anda’s Pulverizer / Grinding Mill includes external gap adjustment for controlled powder sizing.
