Product Description
A 3 kg sample powder bonding machine is the mid-size metallic powder bonder that fixes aluminum flakes onto powder coating resin particles for trial runs and small production batches. Chenxing builds this unit as the step-up from the bench-scale 1.5 kg model: it still fits a lab footprint, but the 10 L hot mixing chamber handles 2-5 kg customer sample powder runs and larger color matching boards.
The machine heats the chamber with circulating hot water plus friction from the stirring blades. Temperature stays just below the resin softening point, so the metallic pigment sticks to the powder surface while the resin keeps flowing freely. A typical 3 kg charge runs at about 10 kg/h output, enough for trial boards, paint-to-powder color validation and short metallic coating shifts without wasting raw material.
What is built into the machine:
A 10 L hot mixing chamber with a water jacket. The jacket loop holds the temperature window around the bonding point, and blade friction adds heat from the powder side at a controlled rate.
A 2.2 kW motor on a frequency inverter drive. The inverter keeps blade tip speed steady whether the batch is 2 kg or 4 kg, so the bonding result does not drift between loads.
PLC control with up to 400 stored recipe sets. An operator recalls a saved curve, enters the batch weight and presses one-key start.
A PT100 probe in the material path. The PLC reads live temperature and trims water flow and blade speed against the set point before overshoot builds.
A bottom discharge chute with a wipe-down surface. Between colors, a small purging powder charge cleans the chamber and the blade clearance before the next metallic shade.
A compact frame on leveling feet, about 1.5 m x 1 m x 2 m, in RAL9010 white and RAL5013 blue panels.
The bonder is a standalone unit, so it does not need a separate premix stage. In a plant that also runs dry blend compounding, it works beside the mixing station range and automatic powder compounding equipment, while the full compounding solution page covers larger recipes; the 3 kg machine itself loads, heats, bonds and discharges in one pass.
The working sequence is fixed and repeatable. Metallic pigment and powder coating base go into the 10 L hot mixing chamber. Water circulation and friction raise the temperature to just below the resin softening point. The metal flakes stick to the resin particles while the powder keeps flowing freely, and the batch is discharged for spraying or packing. Temperature is held in a safe window the whole time; if the charge drifts too high, the PLC cuts water heating and lowers blade speed before the resin softens into lumps.
| Item | Value |
|---|---|
| Product type | 3 kg sample metallic powder bonding machine |
| Batch load | 3 kg typical, 2 kg min, 4 kg max |
| Hot mixing volume | 10 L |
| Cold mixing volume | Not on standard unit, available on request |
| Output | About 10 kg/h for trial batches |
| Motor | 2.2 kW, frequency inverter drive |
| Control | PLC with PT100 temperature probe |
| Heating method | Hot water circulation plus friction heating |
| Total installed power | About 10 kW |
| Compressed air | 0.6-0.8 MPa |
| Machine weight | About 0.4 t |
| Footprint (L x W x H) | About 1.5 m x 1 m x 2 m |
| Cooling water port | R0.5 |
| Recipe storage | Up to 400 parameter sets |
| One-key start | Yes |
| Nitrogen protection | Not on standard unit, available on request |
| Automatic bonding detection | Not on standard unit, available on request |
| Software remote maintenance | Not on standard unit, available on request |
| Equipment color | RAL9010 white + RAL5013 blue, other RAL on request |
| Power supply | 380V 50Hz 3 phase standard, other voltages on request |
All figures above are confirmed at enquiry. No competitor model number is used on this page.
Loading a trial batch is straightforward. Weigh 2 kg to 4 kg of powder coating base and the matching metallic pigment loading, tip both into the chamber and close the lid. Recall a stored recipe from the PLC screen or enter a fresh temperature curve. Press one-key start; the inverter ramps the blades, the water jacket brings the chamber up, and the PT100 feeds temperature back while the batch runs. Watch the discharge window on the controller. When the curve completes, open the bottom chute and collect the bonded powder into a clean container for spraying.
Between colors, run a short purging powder charge to lift residual pigment off the blades, then wipe the chamber wall, blade edges and chute. The color change takes a few minutes on a machine this size, which is why sample labs pick the 3 kg unit over a production bonder. Base powder and additives can be tipped in directly or moved with a powder suction loader when the lab keeps bags on a rack.
Metallic powder coating sample labs use it first. Powder coating production plants keep one next to the main bonder for quick color matching before a production mix. Paint-to-powder conversion projects use it to validate metallic recipes against liquid paint samples. Architectural profile finishers, furniture coaters, home appliance lines and automotive coating suppliers all run small metallic batches through the same steps, so the machine sits naturally beside the profile line solutions, profile extrusion equipment, sheet extrusion equipment, marble sheet production line, pipe line solutions, PVC pipe extrusion and HDPE line engineering plants that Chenxing equips.
The unit also pairs with the rest of the powder handling floor. A continuous vacuum loader keeps base powder and additives moving, while the auxiliary machine lineup, extruder options, pelletizing solution and recycling line configuration cover the compounding and reprocessing side of the same workshop. Typical layouts are collected in the application case gallery.
Some options are confirmed at enquiry rather than assumed. The standard 3 kg unit carries a 10 L chamber, 380V 50Hz 3 phase supply and RAL9010 white with RAL5013 blue panels. If a plant runs a different voltage or needs a larger trial chamber, tell us at enquiry and we quote the change. Cold mixing, nitrogen protection, automatic bonding detection and software remote maintenance are not on the standard unit; each can be added on request when the trial powder demands it. Other RAL colors are available for line consistency. These boundaries keep the base price predictable while leaving the door open for complete machine solutions and EPC processing projects.
The machine is built the same way as the rest of the Chenxing workshop output. The chamber is welded from stainless plate and the water jacket is pressure tested before assembly. The PT100 probe is calibrated against a reference thermometer. The inverter and PLC are wired on a marked panel, and every unit runs a trial batch with aluminum flake pigment before shipment. The trial confirms the temperature window, blade speed and discharge behavior on the actual powder the customer plans to bond. CE and ISO9001 certificates accompany the shipment, consistent with the about the Chenxing factory page.
Export packing follows the same practice as previous lines. The machine is wrapped with PE film, fixed on a wooden pallet with steel strapping, and the PLC and inverter are protected against moisture during sea transport. Lead time for a standard 3 kg unit is about two to three weeks after confirmation, depending on the trial program in the workshop. Documentation includes the operation manual, wiring diagram, spare parts list and the trial report from the aluminum flake run. Additional files sit in the product documentation area, and the factory news updates page carries shipping notices. The full scope is visible in the full product catalog and expanded machine listings.
The standard unit takes 2 kg minimum and 4 kg maximum, with 3 kg as the typical charge. The inverter drive keeps blade speed steady across that range, so small batches bond the same as a full load.
A 3 kg charge runs at about 10 kg/h output, so a typical cycle lands around 18 to 25 minutes including heating and discharge. The exact time depends on the resin system and the metallic pigment loading.
Aluminum flakes are the common case, and the machine also handles other metal pigments that tolerate the same temperature window. The PT100 readout and recipe storage let you save a curve for each pigment type instead of re-tuning every time.
The control target stays just below the resin softening point, typically in the range that keeps the powder free flowing while the flakes stick. The exact set point depends on your resin; it is confirmed with a trial batch before shipment.
Run a short purging powder charge to lift residual pigment, then wipe the chamber wall, blade edges and discharge chute. On the 3 kg size the whole color change takes a few minutes.
The standard unit does not include nitrogen protection. If your metallic pigment is sensitive to oxidation, a nitrogen protection add-on is available on request.
The standard supply is 380V 50Hz 3 phase. Other voltages can be quoted when the inverter and PLC are specified for the plant supply, so mention the local voltage in the enquiry.
Up to 400 parameter sets. Operators recall a saved temperature curve, adjust the batch weight and press one-key start for the next shade.
The batch load is confirmed at 4 kg maximum on the standard chamber. If a customer asks for 5 kg bonded sample powder, we quote the larger chamber option or a second pass on the same machine.
Operation manual, wiring diagram, spare parts list and the trial report from the aluminum flake run. CE and ISO9001 certificates accompany the shipment, and the bonding FAQ list page lists common setup questions.
To quote accurately we need four things: the target powder type and resin system, the metallic pigment type and its loading percentage, the batch size you plan to run, and the plant voltage. Send those details to Nicole and we confirm the recipe window, the trial program and the delivery date. The machine FAQ section answers common setup questions, and the original product listing with view more machine details is available for reference.
Nicole works out of the Chenxing Machinery sales desk and handles metallic powder bonding enquiries directly. Reach her at ceo@cxsljx.com or +86 159 5118 7228. For a quicker start, use the bonding machine enquiry form on the contact page.



Your Ultimate Guide to PVC Mixing EquipmentPVC compounding mixers are indispensable in modern plastic manufacturing, enabling precise blending of raw materials like PVC resin, stabilizers, plasticizers, and additives. These machines ensure uniformity, quality, and efficiency in producing PVC-based p
High-speed mixers play an important role in plastic compounding by blending polymers, additives, fillers and pigments into a uniform mixture. In PVC processing, high-speed hot mixers use mechanical shear and frictional heating to promote material dispersion and prepare PVC dry blends for extrusion a
Introduction: Why Accurate Liquid Dosing Matters in PVC ProductionIn modern PVC processing and plastic compounding, formulation precision directly determines product quality, stability, and production efficiency. Whether manufacturing PVC pipes, profiles, sheets, or granules, liquid additives such a
When planning to invest in a single wall corrugated pipe production line, one important question often comes up: Should you choose a high-speed machine or a low-speed model?Both types of machines can produce single wall corrugated pipes, which are widely used in electrical cable protection, automoti
With building materials evolving rapidly, PVC wall panels have emerged as a go-to solution for interior finishing across residential, commercial, and industrial spaces. Their water resistance, low maintenance, and decorative versatility make them suitable for bathrooms, kitchens, and public environm
The cost of setting up a PVC pipe production line depends on production capacity, pipe diameter range, automation level, and auxiliary equipment.A small PVC pipe production line may cost between $30,000 and $80,000, while a fully automatic high-output line can exceed $300,000.Key equipment includes:
Title: Meta Description: Zhangjiagang Chenxing Machinery Co., Ltd. successfully ships a high-efficiency PE PP waste washing and recycling line to Russia, marking another milestone in their international expansion.Zhangjiagang Chenxing Machinery Co., Ltd. Ships PE PP Waste Washing and Recycling Line
In modern plastic recycling and waste reduction systems, shredding is the first and most critical stage of material size reduction. Whether you are processing plastic lumps, pipes, films, woven bags, pallets, or industrial scrap, choosing the correct shredder type directly affects downstream crushin
Explore the engineering principles of 3D filament extrusion lines. Learn how polymer science, precision mechanics, and IoT integration enable production of high-tolerance filaments for industrial 3D printing.
Introduction: Why Twin Screw Extruders Are Essential for PVC ProcessingIn modern plastic extrusion manufacturing, twin screw extruders are widely recognized as the most reliable solution for processing difficult-to-melt materials such as PVC powder and high-filled compound formulations.Compared with
Just as cars require regular maintenance, your factory’s plastic pipe extrusion system, particularly the single screw extruder, also needs diligent servicing. Proper daily maintenance not only minimizes the risk of equipment failure but also extends the lifespan of your plastic pipe extrusion operat
Over 60% of US manufacturers are adopting digital controls. Discover how IoT-enabled smart dosing systems with real-time monitoring, AI analytics, and predictive maintenance are transforming Industry 4.0 plastic manufacturing.How IoT-Enabled Dosing Systems Are Redefining Smart ManufacturingIndustry
Introduction: Understanding the Role of ABS Pipe Production in Today’s IndustryIn plumbing, electrical infrastructure, and industrial ventilation systems, ABS pipes have earned their place thanks to their strength, impact resistance, and stability in diverse environments. But these pipes don’t come
The Comprehensive Guide to Plastic Granulator Machine Technology and Market TrendsThe plastic granulator machine market represents one of the most dynamic segments within the broader plastic processing equipment industry. These essential machines transform plastic waste streams into uniform granules
Plastic pipes are an essential part of many industries, from construction to plumbing, and they are used for everything from water supply to drainage systems. Understanding the process of plastic pipe manufacturing can give you a deeper appreciation of the technology involved. In this article, we wi
Introduction: Why Single Screw Extruders Remain the Backbone of Plastic ProcessingDespite the rapid development of twin screw and special extrusion systems, the single screw extruder remains the most widely used plastic processing machine in the global extrusion industry.From pipe extrusion and prof
In modern elevator systems, safety, balance, and smooth operation are critical factors. While most people are familiar with elevator cabins and counterweights, fewer understand the importance of a component called the elevator compensation chain.This seemingly simple mechanical element plays a vital
Introduction: Why 3D Filament Extrusion Lines Matter in Additive ManufacturingWith the rapid growth of additive manufacturing, the demand for stable, high-precision filament materials has increased dramatically. Whether used in industrial prototyping, education, consumer products, or engineering par
Maintaining plastic extrusion equipment is crucial for ensuring the efficiency and longevity of your production line. Proper maintenance not only reduces downtime but also extends the life of machines such as pipe extrusion machines, PVC extrusion machines, and HDPE pipe extrusion systems. Below are
Discover Chenxing's advanced PVC pipe extrusion lines with 25% energy savings, ISO-certified quality, and global technical support. Get a free quote for customized solutions!

