About Renqiu Fuyuechen Trading Co., Ltd. - Scaffolding Supplier in China

Renqiu Fuyuechen Trading Co., Ltd. is based in China and currently lists 68 active products across its catalogue. The supplier's listings cover multiple categories, with a focus on scaffolding systems, fiberglass mesh products, and welding electrodes. Products include Cuplock and Ringlock scaffolding systems, various steel shoring props, and a range of fiberglass mesh sizes such as 4 × 4 mm and 5 × 5 mm with different gram‑per‑square‑metre specifications. The electrode caps are described as made from Chromium Copper alloy CuCr1 or Zirconium Copper CuZr and are classified under HS code 8515.90. The catalogue also contains automotive accessories such as car jacks and welding equipment accessories.

The scaffolding items are listed under generic product names like Cuplock Scaffolding, Mobile H‑frame scaffolding, and Ringlock Scaffolding, which correspond to the steel scaffolding HS chapters 7308 and 7309 used for metal structures. Fiberglass mesh entries specify mesh dimensions and weight (e.g., 5 × 5 mm, 140 g/m² or 80 g/m²) and include alkaline‑resistant variants. Welding electrode caps are identified with a specific HS code, indicating they fall under the electrical equipment and parts classification. The range also includes steel props and adjustable shoring equipment, which are typical load‑bearing components for construction sites.

Product Range and Specialties of Renqiu Fuyuechen Trading Co., Ltd.

The catalogue groups products into three technical families: steel scaffolding systems (Cuplock, Ringlock, mobile H‑frame, screw jack and shoring props), fiberglass reinforcement mesh, and welding electrode caps. In the scaffolding family, Chinese manufacturers typically use hot‑rolled steel grade Q235 or Q345, meeting load capacities of 150 kg per tube and complying with EN 12811 or the Chinese GB 6675 standard. Fiberglass mesh is generally produced from E‑glass fibers with denier around 6 k, tensile strength near 250 MPa, and conforms to ASTM D2583 or ISO 11545; the listed weights of 80 g/m² and 140 g/m² are common for interior and exterior reinforcement respectively. Welding electrode caps made of Chromium‑Copper or Zirconium‑Copper alloys are classified under HS 8515.90 and are subject to IEC 60217 performance testing for conductivity and wear resistance.

Trade and Export Information - Renqiu Fuyuechen Trading Co., Ltd.

China is one of the world’s largest exporters of construction scaffolding and fiberglass reinforcement products. Typical import destinations for these goods include Southeast Asian countries, the Middle East, African markets, and European nations that require rapid‑assembly scaffolding and corrosion‑resistant mesh for building projects. Scaffolding falls under HS chapters 7308 (prefabricated metal structures) and 7309 (pipes, tubes and fittings of steel), while fiberglass mesh is classified in HS chapter 6810 (glass fibres and articles thereof). Welding electrode caps carry HS code 8515.90, a sub‑heading for electrical equipment parts. Buyers usually request CE marking, ISO 9001 quality‑management certification, and for environmental compliance ISO 14001. Standard export packaging consists of steel bundles or flat‑packed kits for scaffolding, palletized rolls for fiberglass mesh, and cardboard boxes for electrode caps, shipped in 20‑ft or 40‑ft containers under FOB Shanghai or CIF destination ports.

Sourcing from Renqiu Fuyuechen Trading Co., Ltd. - Buyer Guidance

When sourcing scaffolding, request a material test certificate confirming the steel grade (e.g., Q235) and a load‑test report that verifies the 150 kg per tube capacity. For fiberglass mesh, ask for a glass‑fiber content declaration, tensile‑strength data, and an alkaline‑resistance test result, especially for the 5 × 5 mm, 140 g/m² variant. Welding electrode caps should be accompanied by an alloy composition certificate and compliance documentation with IEC 60217; confirm that the HS code on the invoice matches 8515.90. Verify that the supplier can provide CE or ISO certificates where required, and obtain a sample of the mesh or a single electrode cap before committing to bulk volumes. Confirm packaging details - e.g., moisture‑proof pallets for mesh and steel‑protected bundles for scaffolding - to avoid damage during transit.

What scaffolding systems are listed in the catalogue?

The catalogue includes Cuplock scaffolding, Ringlock scaffolding, mobile H‑frame scaffolding, screw‑jack scaffolding, and various steel shoring props such as adjustable and painted shoring props.

Which fiberglass mesh specifications are available?

Available mesh sizes are 4 × 4 mm and 5 × 5 mm, with weight specifications of 80 g/m² and 140 g/m², including alkaline‑resistant variants.

What is the HS code for the welding electrode caps?

The electrode caps are listed under HS code 8515.90 and are made from Chromium‑Copper alloy CuCr1 or Zirconium‑Copper alloy CuZr.

What certifications should a buyer request for these products?

Buyers should request CE marking or ISO 9001 documentation for scaffolding and fiberglass mesh, and an IEC 60217 compliance report for the electrode caps.

What typical packaging is used for the fiberglass mesh?

Fiberglass mesh is usually rolled, palletized, and shipped in moisture‑protected bundles within 20‑ft or 40‑ft containers.

What are common lead times and minimum order quantities?

Lead times for scaffolding kits and mesh rolls are typically 15‑30 days after order confirmation, and minimum order quantities range from one full scaffold system or one pallet of mesh, depending on the product.

Which regions most frequently import these goods from China?

Major import regions include Southeast Asia, the Middle East, Africa, and Europe, where construction firms seek rapid‑assembly scaffolding and corrosion‑resistant reinforcement mesh.

How can a buyer verify the material quality before full shipment?

Buyers should request a material test certificate for steel grade, a tensile‑strength report for fiberglass mesh, and an alloy composition certificate for electrode caps, and obtain a physical sample for visual and dimensional inspection.