This standard specifies the packaging, marking, transportation and storage of heavy non-ferrous metal processing products. This standard applies to heavy non-ferrous metal processing products such as plates, strips, foils, tubes, rods, wires, powders, balls, cakes, rings, etc. GB/T 8888-2003 Packaging, marking, transportation and storage of heavy non-ferrous metal processing products GB/T8888-2003 standard download decompression password: www.bzxz.net

ICS 77.150
National Standard of the People's Republic of China
GB/I ​​8888—2003
Replaces G3/T 8888—1988
Packing, marking, transportation and storage of heavy non-ferrous metal products
Issued on 2003-11-03
General Administration of Quality Supervision, Inspection and Quarantine of the People's Republic of China
Implemented on 2004-05-01
CB/T 8888-2003
This standard is a revision of GB/T 8888~~1988 "Packaging, marking, transportation and storage of heavy non-ferrous metal products". This standard is in line with GB/T 8888—1988. Compared with the previous version, the following revisions were made: the description of normative reference documents was added; the packaging method was supplemented; in the requirements for packaging boxes, the "matching regulations with container size" was added; the "main packaging material regulations" were added: the packaging of plates was improved, and the typical packaging form illustrations of plates were added; the packaging of strips was improved, and the typical packaging form illustrations of strips were added; the packaging of tubes and bars was improved, and the typical packaging form illustrations of tubes and bars were added; the packaging of powder materials was completed: the packaging of spherical materials was added; the regulations on product marking were added. This standard was proposed by the China Nonferrous Metals Industry Association. This standard is under the jurisdiction of the National Technical Committee for Standardization of Nonferrous Metals, and the responsible person for this standard is Luoyang Processing Group Co., Ltd. The main drafters of this standard are Wang Hongjun, Meng Huijuan, and Xiong Xiaoming. The previous versions of the standards replaced by this standard are as follows: .-.YB/T 730-..970.GB/T 8888..19881 Scope
Heavy non-ferrous metal processing products
Packaging, marking, transportation and storage
This standard specifies the packaging, marking, transportation and storage of heavy non-ferrous metal processing products. This standard applies to heavy non-ferrous metal plates, strips, foils, tubes, tumblers, wires, powders, balls, cakes, rings and other processed products. 2 Normative references
GB/T 8888—2003
The clauses in the following documents constitute the clauses of this standard through reference in this standard. For any dated referenced document, all subsequent amendments (excluding errata) or revisions are not applicable to this standard. However, the parties to an agreement based on this standard are encouraged to study whether the latest versions of these documents can be used. For any undated referenced document, the latest version shall apply to this standard. GB191 Packaging storage and transportation pictorial signs
GB/T4456 Polyethylene blown film for packaging GB/T10003 Ordinary biaxially oriented polyethylene film GB/T13519 Polyethylene heat shrink film
GB/T14188 General rules for the selection of vapor phase anti-rust packaging materials GB/T1.6266 Test methods for packaging materials Contact corrosion YB/T025 Steel strips for packaging
3 Packaging
3.1 Packaging methods
Heavy non-ferrous metals and products can choose the following packaging methods: boxes, barrels, bags, plywood, brackets, pallets, winding, bundling, etc. 3.2 General rules for packaging
3.2.1 The packaging of products should ensure that the products will not become loose, deformed, damaged, or corroded by moisture during transportation and storage. 3.2.2 The packaging methods of various products should be implemented in accordance with the provisions of their corresponding product standards. When there is no clear provision in the corresponding standards, it can be implemented in accordance with the provisions of this standard.
3.2.3 Products in the same packaging unit should be of the same brand, specification and state. In special cases, when products of different brands, specifications and states need to be packed in the same unit, they should be packed and marked separately to ensure that the products are not mixed or damaged. 3.2.4 The weight and size of each packaging unit should comply with the regulations of the relevant carrier department. 3.2.5 When packaging in boxes, products should be tightly wrapped with moisture-proof and rust-proof materials (such as plastic film, anti-paper, air-proof rust-proof paper or composite materials, etc.). If necessary, silica gel desiccant should be placed.
3.2.6 When packaging in boxes or plywood, products in the same layer shall not be overlapped, and the boxes or plywood should be tightened with steel belts or wire. 3.2.7 When using various materials for bundling and packaging, they should be tied firmly. 3.2.8 When the purchaser has special packaging requirements, the packaging method can be determined by negotiation between the supply and demand parties and indicated in the contract. 3.3 Packaging boxes (including plywood, brackets, pallets, etc., the same below) 3.3.1 Packaging boxes should be strong enough to prevent damage to the products due to their destruction. 3.3.2 Packaging boxes can be made of wood, metal or other materials. 3.3.3 All kinds of packaging boxes should be standardized, neat, clean and dry. 3.3.4 The size of the packaging box should meet the requirements of the product size to ensure that the product does not move or squeeze in the box. When transporting in containers, GB/T 8888--2003 should be considered to match its size. 3.3.5 The spacing of the reinforcing ribs of the long packaging box should not only meet the requirements of the firmness of the packaging box, but also meet the requirements of crane and forklift operation. 3.3.6 When making unfinished packaging boxes, the positions of the nails should be arranged in a step-like shape, the needle width should be close, and the nail tips should be turned upside down. There should be no exposed nail tips, sharp nails, bent nails and other nailing defects. 3.4 Packaging materials 3.4.1 The moisture content of the wood used for inner packaging shall not exceed 15%. 3.4.2 The quality of the strapping belt shall comply with the provisions of GB/T4173. 3.4.3 When determining the anti-rust material to be used (such as vapor phase anti-rust paper, rust inhibitor or composite anti-rust material, etc.), the anti-rust material shall comply with the provisions of GB/T14188, and the contact corrosion test shall be carried out according to the method of GB/T16266: the surface of the H62 test piece shall not be stained, green or seriously stained, and slight changes can be wiped off with methanol. 3.4.4 The quality of plastic film and its products shall comply with the provisions of GB/I4156. 3.4.5 The quality of plastic film used for packaging shall comply with the provisions of GB/110003. 3.4.6 The quality of polyethylene heat shrinkable film shall comply with the provisions of GB/T13519. The quality of other packaging materials shall comply with the relevant product standards. 3.4.7
3.5 Packaging of sheet materials
The packaging forms of sheet materials are as follows:
Packaging in iron (paper) boxes lined with plastic film, moisture-proof paper or vapor-proof paper;
Packaging in cartons with moisture-proof paper or vapor-proof paper inside and plastic film outside. Use wooden plywood for external protection; h)
Wrap with plastic woven cloth, plastic film, moisture-proof paper or vapor-proof paper, and use wooden plywood (iron sheet, fiberboard) for external protection; d
Copper bars with a width of no more than 500a. Use iron clips for protection: Thick plates with a thickness of 0.5tur or more are tied with steel belts or iron wires; Other packaging forms:
3. 5.2 Examples of typical packaging forms for sheet materials are shown in Figures 1 to 4. () Flash packaging of products with a length not exceeding 1600 mm (c) Inner packaging of products with a length greater than 6( mm) (b) Outer packaging of products with a length not exceeding 0 nm (d) Outer packaging of products with a length greater than 16 cm Figure 1 Schematic diagram of plywood box packaging of board materials Figure 2 Schematic diagram of carton packing of board materials, and wooden plywood sandwich packaging GB/T88882003
Figure 3 Schematic diagram of plastic woven cloth, plastic film, vapor-phase anti-rust paper packaging, and wooden plywood sandwich packaging Figure 4 Schematic diagram of iron clamp packaging of copper bars with a width not exceeding 500 mm GB/T 8888—2003
3.6 Packaging of strips
3.6.1 The packaging of strips is as follows:
a) After the strip is wrapped with moisture-proof paper, it is packed in an iron box lined with corrugated cardboard or moisture-proof paper; after the strip is wrapped with moisture-proof paper, it is packed in a wooden box padded with plastic film: b)
After the strip is wrapped with moisture-proof paper or vapor-phase anti-rust paper, it is packed in a wooden box padded with plastic film; after the strip is wrapped on a drum, it is packed in a wooden bracket, wooden plywood or wooden box:) Strip After wrapping with moisture-proof paper or vapor-phase anti-rust paper and plastic film, it is clamped with wooden plywood; h) After wrapping the strip roll with moisture-proof paper or vapor-phase anti-rust paper and plastic film, it is fixed on the wooden bracket with steel belt; i) The strip roll is wrapped with moisture-proof paper or vapor-phase anti-rust paper, wrapped with plastic woven cloth and then tied; k) The strip roll is packed in an iron (wood) box lined with moisture-proof paper; k) Other packaging forms.
3.6.2 Typical packaging forms of strip materials: See Figure 5~~Figure 153.7 Packaging of foil materials
3.7.1 The foil should be wound on a lining made of plastic, paper, wood or metal, and then wrapped with vapor-proof rust-proof paper, plastic bags, etc. after being rolled, and then packed into an iron (wood) box with moisture-proof paper or vapor-proof rust-proof paper. 3.7.2 Other packaging forms.
3. 8 Packaging of tubes and bars
3.8.1 The packaging forms of tubes and bars are as follows: 3.8.1.1 Packaging of straight tubes:
) Packaging with iron (wood) boxes lined with plastic film, moisture-proof paper or vapor-proof rust-proof paper: 6) Single or multiple pieces are wrapped with plastic film and packed in iron (wood) packaging boxes lined with corrugated cardboard! (a) Inner packaging
Figure 5 Schematic diagram of strip pallet box packaging
(b) Outer packaging
Strip coils
Figure 6 Schematic diagram of strip wooden pallet packaging
(b) Packing steel stripbzxZ.net
Figure 7 Schematic diagram of narrow strip plywood packaging
Figure 8 Schematic diagram of strip plywood packaging
GB/T8888—-2003
GB/T8888—2 003
(a) 4 rolls packaging
Figure 9 Schematic diagram of plywood packaging for small tape rolls
(bh) 2 packaging
Figure 10 Schematic diagram of plywood packaging for small tape rollsFigure 11 Schematic diagram of plywood box packaging for two rolls of tape material
Paper pad
Figure 12 Schematic diagram of wooden structure packaging box for small tape rollsFigure 13
Schematic diagram of wooden pallet packaging for tape damage
Product thickness becomes 1, 0 mm and above, add protective bacteria at both ends GB/I 8888-2003
(h) The tightly wrapped product is on a wooden pallet Figure 14 Schematic diagram of wooden pallet packaging for strips
CB/T 8888-2003
Figure 15 Schematic diagram of wooden pallet packaging for single roll strips
c) The two ends of the pipe are sealed with paper or other products. Packed into iron (wood) packaging boxes lined with plastic film, moisture-proof paper or vapor-proof paper: [This method is suitable for waveguides, waterway pipes or pipes with special requirements]; d) Single or multiple pipes are encapsulated with plastic film and then packed with wooden plywood or metal L-shaped grooves: e) The pipe is wrapped with plastic woven cloth and then packed with wooden plywood or metal U-shaped grooves; The pipe is wrapped with plastic woven cloth;
g) Other packaging forms.
3.8.1.2 Coil packaging:
The two ends of the layered coil (if necessary, after filling with protective gas) are sealed and packed in a) iron (water) packaging box with plastic film, moisture-proof paper or vapor phase rust-proof paper:
b) Mosquito-repellent coils are packed with plastic (or heat shrink film) and packed in corrugated paper boxes: Flat spiral coils and layered coils are fixed with round plywood (fiberboard) and stacked on pallets! , and fixed; d) Flat spiral coils and layered coils are stacked on pallets with corrugated paper between coils and fixed: e) Lattice box packaging:
Other packaging forms.
3.8.1.3 Packaging of sticks,
Use iron (wood) boxes with plastic film, moisture-proof paper or vapor-phase anti-rust paper; b)
After bundling a single or multiple sticks, wrap them with plastic woven cloth or sack cloth; round rods are packed in lattice wooden boxes;
d) Round rods are wrapped with plastic woven cloth or sack cloth; e) Other packaging forms,
3.8.2 Tubes, for examples of typical packaging forms of materials, see Figures 1G to 22. 3.9 Packaging of wires
a) The wires are wound on a reel made of plastic, wood or metal, wrapped with moisture-proof paper or vapor-phase anti-rust paper, and then wrapped in iron (wood) boxes lined with plastic film. b) Wrap the coil with plastic film and then wrap the bottom with plastic woven cloth or sack cloth and put it into iron (wood) box packaging: The coil is put into plastic bag and packed in iron (wood) box lined with moisture-proof paper; Figure 16 Schematic diagram of packaging straight pipe with spliced ​​wooden box Figure 17 Schematic diagram of packaging pipe and bar with plywood box Figure 18 Schematic diagram of packaging pipe with iron frame plywood box GB/T8888--2003
GB/T8888—2003
Figure 19 Schematic diagram of packaging pipe with plastic woven cloth and wooden clamps Figure 20
Schematic diagram of packaging pipe and bar winding
Schematic diagram of domestic plywood packaging for transversely wound coils
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