Rubber Auxiliary Industry Tackling "Three Wastes" Governance Problems

At the 7th National New Material Technology Forum for the Rubber Industry, held on October 16th, a reporter learned that while the rubber chemicals industry has made notable progress in adjusting its product structure, the management of "three wastes" — waste gas, waste water, and solid waste — during the production of intermediates and final products remains a significant challenge. Reducing these emissions and achieving cleaner production is expected to be a top priority for the industry moving forward. Fan Rende, secretary-general of the China Rubber Industry Association, noted that in recent years, rubber accelerators and antioxidants have become increasingly eco-friendly and safe, contributing to the sustainable growth of the rubber sector. However, many auxiliary materials still face issues with "three wastes" not meeting environmental standards, leading to production restrictions. He emphasized that improving process control and transitioning toward cleaner production methods is currently the most pressing issue for the auxiliary industry. It is widely recognized that the problem of "three wastes" remains unsolved globally, especially in the production of accelerator M. The treatment of waste residue and wastewater from rubber chemicals is a long-standing challenge worldwide, with current methods proving inadequate. Lin Qingsong, chairman of Zhejiang Ultrafine Chemical Co., Ltd., and Meng Qingbao, chief engineer at Tianjin Labo Auxiliary Chemicals Co., Ltd., pointed out that if issues like "three wastes," noise, and dust pollution are not resolved, they will not only hinder the healthy development of the rubber chemicals industry but also negatively impact the entire rubber processing supply chain. Xu Chunhua, chairman of the China Rubber Specialist Committee, proposed several strategies to address the "three wastes" problem. First, companies should collaborate with research institutions to enhance existing treatment technologies and adopt advanced foreign processes. They should also clean up and eliminate outdated, small-scale operations, promoting an intensive development model. Second, the industry must actively develop and promote new, clean production processes. Xu highlighted that the issue of accelerator M has already been partially resolved, and solving this part represents half the battle. Theoretically, a new synthesis route using aniline, nitrobenzene, and carbon dioxide as raw materials can fundamentally address the "three wastes" problem, reduce costs, and enable continuous production. This technology should be rapidly industrialized. Similarly, the use of hydrogen peroxide and oxygen as oxidants in the production of DM, CZ, and thiuram accelerators can effectively mitigate gas pollution and produce minimal or no wastewater. For instance, Danxian Chemicals' new process for producing DM using oxygen as an oxidant is a promising solution worth promoting. Regarding anti-aging agents, the industry should continue to advance the one-step clean production process using aniline and nitrobenzene as raw materials, along with solid acid as a catalyst for antioxidant RD. These innovations are essential steps toward a more sustainable and environmentally responsible rubber chemicals industry.

Carton/Corrugated Paper Box

In general, we according to your size(cardboard box packaging) and structure to make the fine corrugated packing carton through three or five layers corrugated board. The outer liner can choose Kraft paper, art paper, paperboard, coated paper. On the surface of corrugated carton or corrugated paper box can print beautiful and colorful graphics and images. In this way, not only the corrugated box played a protective effect, and propaganda and beautify the inner goods. This make more and more corrugated carton as terminal sales packaging.

Our production process of corrugated box as a follow:

1. Carefully prepare raw material;

2. Make completed corrugated cardboard;

3. Printing pattern as your design;

4. Die-cut corrugated cardboard;

5. Joint to the flat corrugated carton;

6. QC and put in storage;

7. Delivery according to the agreed date.

The most common structures corrugated box are available.

1. Regular slot carton - RSC, also called A - type 1 box, ordinary corrugated box, the flat corrugated box. Please find the picture.

2. Overlapping box – OSC, General design, overlapping part for 2-3 cm.

Design is to prevent tainted, theft or damage when unpacking, common in clothing, small appliances, plastic products, paper products, etc. Please find picture.

3. Top and bottom corrugated carton is another kind of design of combined corrugated box. The overall compressive capacity of strengthened the protection of the edge.

4. Corrugated Tray, Single corrugated board, wire slot or the die cutting processing. Used in the packaging of tinned or boxed products.

5. The lock at the end of the corrugated carton, mainly used in toys, magnetic tape, etc.

6. Lock bottom plug type folding carton, commonly used in clothing, toys, high value items, glassware, etc. Can be used for single or combination of packaging (box).

Corrugated Paper Box,Single Corrugated Packaging Box,Carton Paper Box,Foldable Single Corrugated Packaging Box

Guangzhou Mingyin Packaging Trading Co.,Ltd. , https://www.mypaperpackages.com