0.2–0.3 T/H Paper Refuse Pellet Machine in Belgium

Turning a Selected Paper Stream into a Pet-Care Product

The buyer operates in the recycling and pet-product supply sector. Its existing business handles sorted paper and cardboard from commercial packaging, retail distribution and office collection. Some recovered fibers are not suitable for the buyer's usual recycling route, but a carefully selected fraction may be considered for non-food pet products after inspection and appropriate quality checks.

The intended product is paper-based cat litter. Unlike a fuel pellet project, the objective here is not energy generation. The product must be lightweight enough for convenient handling, absorb moisture effectively, produce limited dust and remain suitable for routine use in a cat litter tray. Pellet formation is only one part of the process; raw material cleanliness and finished-product performance matter just as much.

Belgium is a reasonable setting for a small recycling venture exploring this product route because the project can draw on established paper collection and packaging-recovery activities while targeting pet owners and specialist retailers. However, the availability of waste paper does not automatically guarantee a profitable cat litter business. The buyer still needs to verify the supply of suitable fibers, production costs, competing litter products and customer demand.

The project therefore begins with a defined feedstock specification instead of accepting every paper grade available. Clean, uncoated paper and selected cardboard fibers are the main candidates. Paper contaminated with food residues, oils, chemicals or unknown substances must be rejected, as must material with plastic films or unsuitable coatings. Paper that is technically pelletizable is not necessarily suitable for a product used around animals.

Why the Buyer Chose a Standalone Pellet Machine

The business already has equipment for sorting collected paper and reducing it to a manageable size. Its main production gap is the ability to compact prepared fibers into a uniform product. Buying a complete automated plant would duplicate some of the existing equipment and require a larger initial investment before the market has been tested.

A single paper pelletizer allows the operator to add the missing processing stage while retaining its current preparation system. It also makes it easier to run small batches, compare raw material grades and identify which settings deliver acceptable pellets. If the product meets the required quality standards and generates repeat orders, the business can consider upgrading conveying, cooling, screening or packaging equipment later.

This investment is not intended to replace the entire recycling operation. It is a targeted addition that gives the buyer another possible use for selected paper residues. The MZLH320 will be evaluated as part of the existing workflow, with actual throughput measured against the material available and the quality of the finished cat litter.

The buyer's commercial priority is repeatability rather than maximum nominal capacity. A machine that can maintain stable feeding and form acceptable pellets from the selected fibers is more useful at this stage than a larger model whose output would exceed the available qualified feedstock or the sales volume of a new product.

RICHI MZLH320 Paper Refuse Pellet Machine Specifications

The selected model is the RICHI MZLH320 ring die paper pellet machine. Its reference capacity of 0.2–0.3 T/H makes it a suitable starting point for controlled production trials. The actual capacity for paper cat litter must be established through material testing, because paper fibers behave differently from denser agricultural residues and wood-based materials.

The anti-bridging feeder helps prevent loose paper fibers from accumulating above the feed outlet, while the forced feeder supports a more consistent supply of prepared material into the pelletizing chamber. These functions are useful when handling low-density fibers that may bridge or feed irregularly if their size and bulk density vary significantly.

The ring die compresses the prepared fibers through its holes to form cylindrical pellets. The listed 0.2–0.3 T/H is a reference range, not a guaranteed output for every paper grade. Fiber length, moisture, bulk density, feeding behavior and the resistance of the material during compression all influence actual production performance.

The proposed 4–6 mm diameter is an initial trial range for cat litter, not a confirmed final product specification. The buyer should evaluate pellet size alongside absorbency, clumping or breakup behavior, dust generation and ease of removal from the litter tray. RICHI should confirm the appropriate die configuration after reviewing representative raw material samples and the intended product requirements.

Raw Material Selection and Preparation

The proposed feedstock consists mainly of clean, uncoated paper and selected cardboard fibers recovered from commercial packaging and paper collection. The exact blend will depend on availability and the results of product trials. A consistent feedstock specification is preferable to changing the formulation every time a new collection batch arrives.

Paperboard offcuts and plain packaging paper can provide a source of recoverable fibers, but their suitability must be checked individually. Waxed paper, laminated packaging, heavily coated stock, thermal receipts, adhesive-rich labels and paper with unknown chemical contamination should not be included without a documented assessment demonstrating suitability for the intended use.

Before pelletizing, the selected material needs to be sorted and reduced to a more uniform fiber size. An existing shredder or paper size-reduction machine can prepare the feedstock, provided it delivers a suitable structure for stable feeding. The goal is not necessarily to grind all fibers into fine powder: excessive fines may increase dust and alter the texture and absorption characteristics of the final litter.

Moisture must also be controlled. An initial working range of approximately 10–15% moisture at the pelletizer inlet can be evaluated during trials, but it is not a validated specification for every paper formulation. If the incoming paper is damp, the operator should dry it and check for mold or other deterioration before use. Moisture requirements should be confirmed by testing the material and the finished pellets.

The business should keep clean feedstock separate from rejected material and record the source of each batch. That simple control makes it easier to investigate changes in pellet strength, dust or absorbency. It also helps prevent unsuitable paper from entering the product stream merely to maintain machine utilization.

How the Paper Cat Litter Will Be Produced

After sorting and size reduction, the prepared fibers are fed into the MZLH320. The ring die compresses the material into pellets, which are then discharged for cooling and screening. Since the selected configuration does not include a conditioner, raw material preparation and consistent feeding are especially important to the trial process.

Fresh pellets should be allowed to cool before packaging. Screening can remove loose fines and undersized particles that would otherwise collect in bags and create dust when the product is poured. The operator should measure the fines fraction and inspect pellet consistency rather than relying on appearance alone.

The first batches should be tested in representative litter trays. Useful observations include how quickly the material takes up liquid, whether the pellets remain intact or break apart, how much dust appears during pouring and scooping, and whether the used material can be removed conveniently. The product should not be marketed with a specific absorbency or odor-control claim until the performance has been measured.

Paper cat litter does not necessarily behave like bentonite clay or wood-based litter. Its moisture response and disposal characteristics depend on the paper fibers and any additives used. The product instructions should therefore explain how it is intended to be used, how frequently it should be replaced and how the used material should be disposed of in accordance with local requirements.

Quality control should cover both the raw material and the finished pellets. The buyer should check for visible contamination, abnormal odor, excessive dust and changes in moisture during storage. Packaging should protect the pellets from humidity, as paper-based products can soften or deteriorate if they absorb moisture before reaching the customer.

Commercial Potential for Recycled Paper Cat Litter in Belgium

For the buyer, the attraction of recycled paper cat litter is the possibility of creating a marketable product from a selected paper stream that has limited value in its current form. Pelletizing reduces bulk and gives the material a consistent shape for weighing, bagging and distribution. Whether this creates a commercial advantage depends on the quality achieved and the cost of preparing the feedstock.

Potential customers include independent pet shops, online pet-product sellers and consumers who are actively comparing alternative litter materials. These buyers may value a paper-based product, but they will still expect reliable absorption, convenient handling, reasonable dust levels and clear instructions. The business should obtain feedback from small trial batches before committing to large production volumes.

The project also needs a realistic cost model. The calculation should include collection and sorting, rejected material, shredding, drying where necessary, electricity, labor, packaging, storage and delivery. A low-cost raw material does not automatically translate into a low-cost finished product if it requires extensive preparation or generates a high proportion of fines.

Starting with the MZLH320 gives the operator a way to evaluate the production process without immediately investing in a larger pelletizer. If demand grows, the next decision can be based on measured production hours, accepted output, repeat purchases and the availability of suitable paper fibers rather than an optimistic estimate of market size.

RICHI's Role in Equipment Selection and Installation

For a standalone machine purchase, equipment selection should begin with the actual material. RICHI can review the proposed paper grades, moisture range, fiber size and target pellet diameter before confirming the MZLH320 configuration. Where representative samples are available, trial testing can help determine whether the fibers feed consistently and form pellets with the required physical characteristics.

The technical review can also cover the installation area, electrical requirements, access for maintenance and the connection between the existing shredder and the pelletizer. Since the buyer already has part of the preparation system, the objective is to integrate the new machine without unnecessarily duplicating existing equipment.

RICHI's experience in pelletizing equipment can support the buyer in evaluating the ring die configuration, feeding arrangement and practical operating requirements. Any recommendation for commercial output should be tied to the test results for the selected paper material rather than transferred directly from the machine's nominal capacity for other materials.

After installation, the buyer should keep records of material batches, operating settings, production rate, fines and finished-product test results. Those records will help distinguish a raw material problem from a feeding or process-setting issue. They will also provide a more reliable basis for deciding whether further equipment is needed.

Sea Freight from Qingdao Port to the Port of Antwerp

The proposed shipping arrangement is sea freight from Qingdao Port in China to the Port of Antwerp in Belgium. The final booking and delivery schedule should be confirmed against the packed machine dimensions, gross weight and shipping documents before dispatch.

Before arrival, the buyer should prepare a suitable installation area and confirm the electrical supply for the 22 kW main motor and auxiliary feeder motors. Space should be available for safe operation, inspection and routine maintenance, with adequate arrangements for collecting and managing paper dust around the preparation and pelletizing stages.

The receiving team should also check that the existing preparation equipment can supply the pelletizer with material at a reasonably steady rate. This is particularly important for loose paper fibers, because inconsistent feeding can affect output and make it harder to compare production trials.

Buyer Evaluation and Next Steps

The main question for this project is whether the prepared paper fibers can be pelletized consistently and meet the expectations of cat litter customers. The MZLH320 offers a compact starting point, while its anti-bridging and forced-feeding arrangement addresses practical challenges associated with lightweight materials.

The buyer's evaluation should focus on measurable results: stable feeding, acceptable pellet formation, manageable fines, moisture absorption, storage stability and the performance of the product in a litter tray. Machine capacity matters, but it should not take priority over product suitability or the consistency of the raw material.

No verified customer quotation or completed commissioning report has been supplied for this case. A direct testimonial should be added only after the buyer has conducted production trials and provided genuine feedback. The most useful feedback would describe actual operating performance, the preparation required for the paper fibers, product quality and the support received during installation.

A paper refuse pellet machine in Belgium can be a practical investment for a recycling business that has access to suitable paper fibers and wants to test a non-fuel pet-care product. The RICHI MZLH320 provides a reference capacity of 0.2–0.3 T/H, with the final production rate and pellet specification to be confirmed through material testing.

For businesses considering recycled paper cat litter, RICHI Machinery can review the raw material and existing equipment before recommending the machine configuration. A sample-based evaluation is the most useful starting point for establishing a realistic process, controlling product quality and deciding whether the project is ready for commercial production.