广东省DFC生物酶有限公司

王启凌研发桨纸生物酶—纳米纸项目 王启凌
Refining enzymes and  are complex enzyme preparations intended for use as refining enhancers in papermills using virgin and recyled fibers (inclusive of  other lignocellulosic wastes).Choice of  or  is dependent on the paper properties required by the end-user, where is an enzyme preparation generally acceptable for most mills  is recommended where improved compression strength is compulsory.
It is easily added to existing systems without the need of complex or specialized equipment and has a broad pH and temperature tolerance.
Benefits
l      Elimination of the need for soda pulping.
l      Reduction in REFINING ENERGY. Reduction in Refining time or Amperage leading to a reduction in electrical costs.
l      Improvement in FIBRE YIELD. Increase in fines retention from increased fibrillation (micro-fibrillation).Helps to reduce build-up of fines in forming and press fabrics ,increasing fabric life.
l      Improvement in WASTEWATER QUALITY. Reduction of fines and the cleaning of white water loops.
l      Improvement of PAPER STRENGTH properties. Enhances paper strength by increasing inter-fiber bonding through fibrillation (micro-fibrillation).
l      Improvement in MACHINE RUNNABILITY. Cleaner whitewater system helps to reduce slime build up that causes sheetbreaks.
l      Reduction in STEAM LOADING or INCREASE IN PAPERMACHINE SPEED. Improvement in drainability leading to either the reduction of steam demand for paper drying or conversely increases in the paper machine speed.
l      Improvement in PAPER QUALITY. Improvement in paper formation due increased fines retention and more efficiently refined pulp. Reduction in vessel picking during printing of paper produced with hardwood virgin pulp.
l      Savings in RAW MATERIAL costs .Allows the use of lower quality and cheaper furnishes.
l      Savings in CHEMICAL costs. Reduction in consumption of retention aids and strength enhancing chemicals.
GENERAL INFORMATION
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王启凌纳米纸研究团队于2008年12月成功研发出纳米纸,并得到试产成功,同时得到印刷业的认可.王启凌纳米纸技术生产出的纳米纸的特点:具有环保性、节能性、循环利用、高科技技术、纳米纸吸油墨性更好、密着度更强、韧性更强等。本实用新型公布了一种纳米纸，该纳米纸包括一层原纸，其特征是：在原纸的上下表面还有超疏水纳米层。所述的超疏水纳米层是由纳米材料和抗水剂组成的。该产品利用超疏水纳米涂层技术，提高了纸张的疏水性和表面强度，工艺环保简单，适合工业化大生产。采用纳米分散技术将有机母液分割成微米尺度的纸中，无机纳米颗粒均匀分散在纸中，形成了超疏水的类荷叶结构。纳米纸应用在包装、印刷等应用性能外，还具有超疏水、自洁净、防潮、耐老化、光纤柔和、低吸水性、低伸缩率、高印刷表面强度等优异性能，具有广阔的市场前景。 王启凌生物酶开发应用,王启凌纳米纸生物酶技术交流. 纳米纸资金引进,纳米纸Accepts the rice paper技术开发,技术研究,纳米纸资引进技术合作,纳米纸项目开发,技术应用,技术研讨纳米纸资金引进,纳米纸资引进技术合作,纳米纸技术项目合作,纳米纸项目技术转让,纳米纸项目开发,纳米纸项目制造等, 王启凌技术交流,王启凌,技术研究,技术交流,技术应用,技术研讨 凌生物酶开发应用,,纳米纸项目技术转让,纳米纸技术项目合作,纳米纸项目技术转让,纳米纸项目开发,王启凌纳米纸项目技术负责,纳米纸持术开发,技术研究,技术交流,技术应用,技术研讨纳米纸资金引进,纳米纸资引进技术合作,纳米纸技术项目合作,纳米纸项目技术转让,纳米纸项目开发,纳米纸项目制造等, 王启凌生物酶开发应用,王启凌纳米纸生物酶技术交流. 纳米纸项目制造等, 王启凌王启凌王启凌纳米纸,王启凌纳米纸项目技术负责。 技术联系邮件wangji66@126.com