in&out cargo
Trade trend analysis
Number of Transactions Quantity Weight
Number of Transactions Quantity Weight
The above chart presents the market trend analysis for in&out cargo from 2014 to 2015. By examining various dimensions such as transaction quantity, transaction weight, average price, and transaction frequency, we can gain an intuitive understanding of the company's performance in terms of procurement cycles, business scale, and stability.
- Year Transactions Quantity Weight
- 2014 2 15 221
- 2015 0 0 0
Bill of lading data
< 1/3 >- Trade date 2014/08/28 B/L No. croihklrd1685327
- Suppliers avery dennison hongkong ltd. Buyers in&out cargo
- POLs hong kong PODs long beach ca
- Supply area Hong Kong Purchas area United States
- Weight 97kg Amount ——
- Hs code Product tags paper tag
- Product description PAPER TAGS Expand
- Trade date 2014/08/06 B/L No. croihklrd1669419
- Suppliers vaery dennison hong kong b.v. Buyers in&out cargo
- POLs hong kong PODs long beach ca
- Supply area Hong Kong Purchas area United States
- Weight 124kg Amount ——
- Hs code Product tags paper tag
- Product description PAPER TAGS Expand
- Trade date 2012/12/18 B/L No. obiqszlr20121145
- Suppliers nyxus china co.ltd. Buyers in&out cargo
- POLs yantian PODs long beach ca
- Supply area China Purchas area United States
- Weight 9860kg Amount ——
- Hs code Product tags metal,adjustable bed
- Product description METAL ADJUSTABLE BED Expand
Partners
Total 3- Rank Company Transactions Per Detail
- 1 vaery dennison hong kong b.v. hong kongsupplier,they trade on 2014-08-06 1 33% >
- 2 avery dennison hongkong ltd. united statessupplier,they trade on 2014-08-28 1 33% >
- 3 nyxus china co.ltd. chinasupplier,they trade on 2012-12-18 1 33% >
Products
Total 3- Products Transactions Per Detail
-
paper tag
2 66.67% > -
metal
1 33.33% > -
adjustable bed
1 33.33% >
Trading Area
Total 3- Area Transactions Per Detail
- united states 1 33.33% >
- china 1 33.33% >
- hong kong 1 33.33% >
Port statistics
Total 1- Port Name Transactions Per Detail
- long beach ca 3 100% >