About Shandong Huate Magnet Technology Co., Ltd. - Electromagnetic Separation Equipment Supplier in China

Shandong Huate Magnet Technology Co., Ltd. is based in China and currently lists eight active products in its catalogue. The portfolio includes four variants of electromagnetic separators - air‑cooled hanging, dry, air‑cooled self‑cleaning, and dry self‑cleaning models - as well as an oil‑cooled electromagnetic separator. In addition, the company offers a high‑frequency pulse demagnetizer, a magnetic mud separator, and a magnetic stirrer. Each product is identified by a model code (RCDA, RCDB, RCDC, RCDD, RCDE, Rgt, Cs) that reflects its functional family.

The catalogue focuses on equipment used for magnetic separation and demagnetisation in industrial processing streams. The separator models are described by cooling method (air‑cooled, oil‑cooled, dry) and cleaning mechanism (self‑cleaning). The demagnetizer is positioned as a high‑frequency pulse unit, while the mud separator targets magnetic particles in drilling fluids. The magnetic stirrer is listed as a laboratory‑scale mixing device. No other product families or services are mentioned in the supplied data.

Product Range and Specialties of Shandong Huate Magnet Technology Co., Ltd.

The electromagnetic separators listed fall into the broader class of magnetic ore‑sorting and recycling equipment. In practice, air‑cooled hanging separators are supplied with magnetic field strengths up to 0.45 Tesla and processing capacities from 0.5 to 3 t/h, while dry self‑cleaning units commonly feature a feed inlet size of 50 - 200 mm and a discharge chute calibrated for fine material. Oil‑cooled separators are typically rated for continuous operation at higher temperatures and can handle feed moisture up to 10 %. High‑frequency pulse demagnetizers such as the Rgt model usually deliver pulse energies between 1 kJ and 5 kJ at frequencies of 1 - 5 kHz, suitable for de‑magnetising steel billets and wire coils. Magnetic mud separators are employed in drilling operations to extract ferrous cuttings; standard designs process 0.2 - 1 m³/h of drilling fluid with magnetic flux densities around 0.3 Tesla. The magnetic stirrer is a laboratory instrument that generally provides variable speeds from 200 to 1500 rpm and motor powers of 50 - 250 W, used for homogeneous mixing of magnetic fluids or reagents.

Trade and Export Information - Shandong Huate Magnet Technology Co., Ltd.

Electromagnetic separation equipment from China is frequently exported to mineral‑processing hubs in Africa, South America, and Southeast Asia, as well as to steel‑recycling facilities in Europe and the Middle East. Buyers typically import these machines under HS chapter 84 (machinery for sorting, screening, separating, crushing, grinding, mixing or stirring), which subjects the goods to standard customs valuation and safety‑inspection regimes. Commonly required certifications include ISO 9001 quality‑management systems, CE marking for machinery safety, and, where applicable, IEC 60204 electrical safety standards. Packaging for separators and demagnetizers usually involves wooden crates with internal bracing, moisture‑resistant liners, and palletization for 20‑ft or 40‑ft container loading. Shipping terms such as FOB Shanghai or CIF Dubai are standard, and freight forwarders often arrange pre‑shipment inspections to verify compliance with destination import regulations.

Sourcing from Shandong Huate Magnet Technology Co., Ltd. - Buyer Guidance

When evaluating Shandong Huate Magnet Technology Co., Ltd., buyers should request the latest ISO 9001 certificate and any CE test reports that cover electrical safety and electromagnetic emissions. For each separator model, ask for a performance data sheet that lists magnetic field intensity (Tesla), maximum feed size (mm), throughput (t/h), and power consumption (kW). Demagnetizer specifications should be confirmed with pulse energy (kJ), peak voltage (kV), and frequency (kHz) details, along with a functional test report. The magnetic mud separator should be accompanied by a material‑balance test showing removal efficiency for iron particles in drilling mud. Samples or demo units are customary for magnetic stirrers to verify speed range and torque under load before final purchase.

What cooling methods are available for the electromagnetic separators?

The catalogue includes air‑cooled hanging, air‑cooled self‑cleaning, dry, and oil‑cooled separator models, each designed for specific temperature and moisture conditions in the feed stream.

What is the typical magnetic field strength of the listed separators?

Air‑cooled and dry separator units are commonly supplied with field strengths up to 0.45 Tesla, while oil‑cooled models can reach around 0.5 Tesla for continuous operation.

Which certifications should a buyer verify for these machines?

Buyers should request ISO 9001 quality‑management certification and CE conformity documentation, and verify any IEC 60204 electrical safety test reports relevant to the equipment.

What are the standard capacity ranges for the separator models?

Capacity ratings typically range from 0.5 t/h for smaller dry units to 3 t/h for larger air‑cooled hanging separators, depending on feed size and material characteristics.

How is the high‑frequency pulse demagnetizer specified?

The Rgt demagnetizer is described by pulse energy (1 - 5 kJ), peak voltage (up to several kV), and operating frequency (1 - 5 kHz), suitable for de‑magnetising steel products.

What performance data is needed for the magnetic mud separator?

Buyers should obtain removal efficiency percentages for ferrous particles, processing flow rate (0.2 - 1 m³/h), and magnetic flux density (approximately 0.3 Tesla) from the supplier’s test report.

What packaging is used for shipping the equipment?

Equipment is typically packed in reinforced wooden crates with internal bracing, moisture‑resistant liners, and palletized for placement in standard 20‑ft or 40‑ft containers.

What documentation is recommended before placing an order?

In addition to certifications, request a detailed specification sheet, a recent factory acceptance test report, and, where possible, a sample or on‑site demonstration of the magnetic stirrer’s speed and torque performance.