Xinjiang Xinbiao Fastener and Pump Co., Ltd.

Xinjiang Xinbiao Fastener and Pump Co., Ltd. uses the Chinese legal name 新疆新标紧固件泵业有限责任公司. Its introduction concentrates on Panshi standard and non-standard fasteners, while the catalogue separately lists water pumps, steel and bearings. The useful purchasing distinction is what Xinbiao manufactures, what it supplies and which entity issues the pump documentation; a product-list entry alone does not identify the production route of every item.

Guanghui Energy’s January 2026 related-party disclosure lists this exact entity and a business scope including fasteners, industrial and agricultural water pumps, low-pressure valves, non-standard parts and moulds. It identifies ownership by Guanghui Investment Group at 95% and Guanghui Real Estate at 5%. This is a dated legal disclosure, not a performance approval for a pump or a delivery guarantee from the listed group.

The disclosure gives a Xishan registered address, whereas Xinbiao’s site describes its relocation to the Midong Guanghui industrial park. Keep registered address, manufacturing/inspection location and shipment location distinct. Write the actual inspection and dispatch site into the order rather than silently merging the two addresses.

The catalogue includes horizontal D multistage, ZPD self-balancing multistage, ISW single-stage close-coupled, vertical multistage water-supply, QJ borehole and double-suction pumps. These solve different installation problems. Define normal and peak duty, inlet pressure and water quality before asking for a comparable priced set.

The vertical water-supply page names building supply, spraying, process circulation and other services but provides no model-specific curve. The double-suction page describes a horizontal single-stage arrangement with mechanical or packing seals and an optional double-volute casing. Ask for the selected size, direction, casing arrangement and maintenance clearance; the general application list is not fire-system or marine approval.

The D description is for clear water or similar liquid without abrasive solids or suspended matter. It shows a horizontal inlet and upward discharge, tie rods joining the sections, and a hydraulic balance disc. Its designation example D46-50×4 means a 46 m³/h design flow, 50 m design head per stage and four stages. Obtain the assembled pump curve, absorbed power and inlet requirement; the label does not supply the complete operating range.

ZPD is described with forward and reverse impellers and a connecting passage rather than the conventional D balance-disc arrangement. Its stated service is solids-free water below 80°C. Confirm how the selected arrangement balances thrust, which seal is fitted, the seal-water interface and the inspection/removal route for bearings and seals.

The ZPD page claims API 610 development, numerical efficiency improvement and longer trouble-free operation. Those statements do not replace a configuration-specific compliance schedule or comparable test evidence. If a specification requires API 610, identify the applicable edition, pump configuration, exceptions, inspection and documentation in the quotation rather than relying on the catalogue heading.

The ISW page distinguishes clear-water ISW up to 80°C from hot-water ISWR up to 120°C, and names ISWH chemical and ISWB oil variants. For chemical service, identify composition, concentration and viscosity; for flammable liquids, require the actual motor and installation protection documents. The repeated variant text has inconsistent oil-temperature wording, so use the issued assembly data sheet for that service.

The standard working-condition text states a 1.6 MPa system-pressure limit and asks buyers to declare higher pressure separately. Include existing inlet pressure and pressure rise in a common pressure unit; do not add a head in metres directly to MPa. Its particle condition is no more than 0.1% by volume with size below 0.2 mm, with an appropriate wear-resistant seal requested for fine particles.

The introductory flow envelope is printed in m³/s, a conspicuous unit problem for this catalogue. It is not reproduced here as a valid capacity claim. Specify the actual flow in m³/h and require a selected model curve with diameter, speed, motor, material, seal and pressure rating. The description of left/right/upward discharge options also needs a confirmed drawing.

The QJ page describes a pump and water-filled submersible motor operating together below water, with riser pipe and control equipment as separate parts of the package. It states 50 Hz and 380 V ±5% three-phase supply. Request the selected motor, cable length and joints, starting/control equipment and installed outside diameter alongside the hydraulic duty.

Its published water conditions are temperature generally no higher than 20°C, sand no more than 0.01% by weight, pH 6.5–8.5 and chloride no more than 400 mg/L. It calls for the inlet below the pumping water level and clearance above the well bottom. Provide measured seasonal/static/dynamic levels, well yield and analysis; a pump cannot be selected solely from total well depth.

Plan safe lifting, riser support, cable protection, low-level response and inspection before lowering the set. The company’s instructions say the cable must not be used for lifting and identify overload, lost inlet submergence and repeatedly tripping protection as stop conditions. Require the supplied motor’s current installation and electrical instructions; do not substitute an old website repair procedure for the approved site method.

The company lists structural high-strength fasteners, bolts, studs, nuts, pipe-flange fasteners and foundation anchors. Its technical schedule includes partial/full-thread hex bolts, fine threads, stud engagement variants, washers and straight-hook, anchor-plate and anchor-claw foundation bolts. Give thread and pitch, grade/material, length, coating, mating nut/washer and the drawing where the part is non-standard.

The equipment pages identify a mesh-belt heat-treatment line, radial thread rolling, marking and magnetic-particle inspection equipment. These are useful to discuss fastener process and batch records. They should not be presented as a pump hydraulic test station or evidence that each catalogued pump casing is made on those machines.

The public certificate scans include an ISO 9001:2008 certificate ending in 2019 and a fastener-identification certificate ending in 2020. Obtain current, applicable documents for any certification requirement. For a flange or anchor order, specify the current standard edition and inspection scope; the website’s older standard list is an identification aid, not automatic acceptance of every edition on it.

For a combined equipment shipment, create separate pump and hardware schedules and identify the documentation, inspection and dispatch responsibilities for each. State quantities, destination, site utilities, commissioning scope and required spare parts.

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