About Shandong Chuangxin Building Materials Machinery Co.,Ltd. - Construction Materials Supplier in China

Shandong Chuangxin Building Materials Machinery Co.,Ltd. is located in Shandong province, China and currently lists 13 active products in its catalogue. The company categorises its offerings under Construction Materials, Agriculture and Light & Medium Machinery, with a focus on equipment that manufactures building panels and boards. All listed machines fall within HS chapter 84, primarily under code 8479.80 for other machinery for the manufacture of metal products, with a few items recorded under 8479.89 and 8474.80. The catalogue includes production lines for magnesium oxide (MgO) boards, lightweight structural insulated panels (SIP), fiber cement boards and expanded polystyrene (EPS) sandwich panels. Each machine is described with its principal material construction, such as carbon steel frames, wear‑resistant alloy components or stainless‑steel elements. The MgO board production line, fire‑proof MgO board machine and decorative MgO board line are designed for continuous mixing, pressing and curing of magnesium oxide mixtures. Fiber cement board making machines and EPS sandwich wall panel machines combine steel structures with cement‑fiber composites or EPS cores to produce panels of varying thickness. Additional equipment includes a fire‑proof roof‑tile forming machine, a container‑floor board line and a cement‑foam insulated wall panel machine, expanding the supplier’s scope within the prefabricated building sector.

Product Range and Specialties of Shandong Chuangxin Building Materials Machinery Co.,Ltd.

The product suite covers thirteen distinct machines. Core items are the Magnesium Oxide Board Production Line, the Lightweight SIP Wall Panel Machine and the MGO Board Production Line, all classified under HS 8479.80 and built with steel structures that incorporate mixing, pressing and curing stations. Fiber Cement Board Making Machines and a separate Fibber Cement Board Machine (HS 8479.89) provide capacity for cement‑fiber composite panels, while the EPS Sandwich Wall Panel Machines (8479.80) and the MGO/Cement EPS Sandwich Wall Panel Machine (8474.80) produce insulated panels with EPS cores. MgO boards produced on these lines are typically offered in densities of 800‑1000 kg m⁻³ and meet fire‑rating standards such as EN 13501‑1 Class A. SIP panels commonly use EPS cores with thermal conductivities around 0.030 W m⁻¹ K⁻¹ and face plates that comply with ASTM C596. Fiber cement boards are usually manufactured to ASTM C1181 or EN 14509 specifications, requiring compressive strengths above 30 MPa. Buyers often look for machines that support panel dimensions up to 2 × 6 m and thicknesses from 30 mm to 150 mm, with automated cutting and handling features. Industry‑standard certifications for such equipment include CE marking, ISO 9001 quality management and compliance with IEC 60204‑1 for electrical safety.

Trade and Export Information - Shandong Chuangxin Building Materials Machinery Co.,Ltd.

China is a leading exporter of construction‑material production equipment, and Shandong province hosts a cluster of manufacturers serving markets in Southeast Asia, the Middle East, Africa and Latin America. HS chapter 84 codes such as 8479.80, 8479.89 and 8474.80 are routinely inspected for conformity to safety and environmental regulations, and importers commonly request pre‑shipment inspection reports and CE or ISO certificates. Shipping of these steel‑frame machines is typically performed in 20‑foot or 40‑foot containers with protective crating, and Incoterms such as FOB Shanghai or CIF destination port are standard. Export documentation often includes a commercial invoice, packing list, bill of lading and a certificate of origin, which may be required for preferential duty rates under various trade agreements. Because the equipment is heavy and dimensionally large, freight forwarders usually arrange for container loading on site and may use lift‑gate services. Buyers should verify that the destination port can handle oversized cargo and that local handling facilities can accommodate the machine footprint. Customs authorities in importing countries frequently request test reports confirming compliance with local electrical standards (e.g., IEC or NEC) and mechanical safety standards. Exporters from China also need to ensure that any fire‑safety or environmental certifications required by the buyer’s market are available before shipment.

Sourcing from Shandong Chuangxin Building Materials Machinery Co.,Ltd. - Buyer Guidance

Prospective buyers should request detailed technical data sheets that list production capacity (e.g., boards per hour), maximum panel dimensions, power consumption and control system specifications such as PLC or HMI interfaces. It is advisable to obtain a sample of the machine’s output panel to verify dimensions, density, surface finish and fire‑rating compliance before signing a purchase order. Buyers should also ask for the supplier’s ISO 9001 certificate, CE declaration of conformity and any third‑party test reports that demonstrate compliance with EN or ASTM standards relevant to the intended product. Verification of the steel grade (e.g., Q235 or Q355) and the wear‑resistant alloy composition helps assess long‑term durability, especially for high‑temperature curing processes used in MgO board production. Clarify the warranty period, availability of spare parts and the scope of on‑site installation or commissioning assistance, as these factors influence total cost of ownership. Finally, confirm the minimum order quantity for the machine, expected lead time (typically 8‑12 weeks for complete lines) and the preferred Incoterm to align with logistics planning.

What types of production lines does Shandong Chuangxin offer for magnesium oxide boards?

The supplier lists a Magnesium Oxide Board Production Line, an Mgo Board Production Line, a Fireproof Mgo Board Machine and an Mgo Decorative Board Making Machine, all classified under HS 8479.80 and built with steel structures that include mixing, pressing and curing stations.

Which HS codes cover the supplier’s fiber cement board machines?

The Fiber Cement Board Making Machines are recorded under HS 8479.80, while the separate Fibber Cement Board Machine is listed under HS 8479.89. Both codes fall within the “other machinery for the manufacture of metal products” chapter.

Does the catalogue include equipment for insulated sandwich panels?

Yes, the catalogue features EPS Sandwich Wall Panel Machines (HS 8479.80), a Cement Foam Insulated Wall Panel Machine (no HS code provided), and an Mgo/Cement EPS Sandwich Wall Panel Machine (HS 8474.80) that produce panels with EPS cores and cement‑based faces.

What material construction is used for the machines?

All listed machines are described as having steel frames, with variations such as carbon steel, stainless steel or wear‑resistant alloy components, depending on the specific product. This construction is typical for heavy industrial machinery that requires structural rigidity and corrosion resistance.

Which certifications should a buyer request for these machines?

Buyers should ask for ISO 9001 quality‑management certification, CE marking for European markets and any relevant electrical safety certificates such as IEC 60204‑1. Additional test reports confirming compliance with EN or ASTM standards for the panels the machines will produce are also customary.

What are typical lead times and shipping methods for these machines?

Full production lines are generally quoted with an 8‑12 week lead time from order confirmation, and they are shipped in standard 20‑foot or 40‑foot containers with protective crating. Common Incoterms used by Chinese exporters include FOB Shanghai and CIF destination port.

How can a buyer verify the performance of a machine before purchase?

Prospective purchasers should request a detailed technical data sheet, a capacity chart (e.g., boards per hour) and, if possible, a video or sample output showing panel dimensions, density and surface finish. Arranging a factory visit or a third‑party inspection can also provide assurance of build quality and compliance.