Gpam/건조강도제의 글리옥살 40% 액체 펄프 가교제 원료
글리옥살은 주로 다음과 같은 목적으로 제지 산업에서 널리 사용됩니다. 1. 비누 용액의 슬러지 결합제. 제지에서 셀룰로오스 섬유는 목재 펄프 또는 비목재 펄프로 만들어집니다.
기본정보
CAS 번호 | 107-22-2 |
공식 | C2h4o2 |
아이넥스 | / |
환경 보호 | 그리고 |
색상 | 분명한 |
바라보다 | 체액 |
미술 | Gpam/건조강화제 원료 |
운송 패키지 | 던 |
기원 | 산둥 |
상품 설명
제품소개 |
상품명 | 글리옥살 40% |
고정 컨텐츠 | ≥40% |
CAS 번호 | 107-22-2 |
패키지 | 25kg/패스, 200kg/패스, 1000kg/IBC-패스 |
최소 주문 수량 | 1000kg |
기술 데이터 |
형질 | 자극적인 냄새가 나는 무색 투명한 액체 |
용해도 | 글리옥살은 물, 알코올, 에테르, 염화물 및 기타 유기 용매와 혼합 가능합니다. |
밀도 | 1,06g/cm3(25°C) |
녹는 점 | -123°C |
비점 | 104°C |
Glyoxal is widely used in the paper industry, mainly for the following aspects: 1. Slurry binder in soap solution. In the papermaking process, cellulose fibers made of wood pulp or non-wood pulp are made into pulp, and then converted into paper or board by tape casting and other processes. In order to improve the adhesion between fibers in the slurry, binders such as glyoxal are often added to it. 2. Flame retardants. Glyoxal has a high fire point and flash point, and can be used to enhance the fire resistance of paper. It is often used in combination with other flame retardants such as ammonium phosphate. 3. Denaturants. It is used to change the physical and mechanical properties of paper such as strength, elasticity, and tearing properties. Through the chemical reaction with cellulose, glyoxal can change the molecular chain of cellulose to achieve the purpose of denaturation. 4. Water repellant. Used to make paper waterproof and resistant to water and liquid penetration. Glyoxal can make the pore size of cellulose smaller through the cross-linking reaction with cellulose, so as to achieve the effect of water repellency. 5. Additives. Used for sizing and surface sizing of paper, endowing paper with smoothness, printing performance, anti-blocking properties, etc. These goals are achieved through the interaction of glyoxal with other ingredients. In addition to the above, glyoxal can also be used as a fungicide, bleach stabilizer and adhesive in the paper industry. In a word, glyoxal can be widely used in various aspects of papermaking process by virtue of its various functional groups, which plays a key role in improving the performance of paper, and is an important and indispensable chemical raw material in papermaking industry.