[Can polypropylene high-strength yarn be used in concrete?]
Release date:[2020/9/2] Read a total of [397] time

Can polypropylene high-strength yarn be used in concrete?


Through research, it is found that polypropylene high-strength yarn can be used as a filling material for concrete, plaster, etc., to improve the impact resistance, waterproof and thermal insulation of concrete.


The polypropylene woven geotextile made of polypropylene high-strength yarns with high strength, acid resistance, alkali resistance, antimicrobial resistance, dry and wet strength, etc., can be used for civil engineering (such as dams, reservoirs, highways, Railways, etc.) play a reinforcement role, and evenly distribute the bearing load on the geotextile, so that the subgrade settlement is even, and the ground cracks are reduced.


When building slopes, the use of woven polypropylene high-strength silk geotextile can stabilize the slope, reduce slope collapse, shorten the construction period, and extend the service life of the slope. When carrying large loads, composite geotextiles with woven geotextile and non-woven fabric as the matrix can be used.


Taixing Hongyang New Material Technology Co., Ltd. has a professional R&D and production team, introduces advanced technology and equipment, and is committed to producing high-quality polypropylene high-strength yarns, polypropylene air-changing yarns, polyester air-changing yarns, ribbons and other products! The company is still growing, and we look forward to working with you for a win-win cooperation!


If you want to know more product information, please contact: Liu Xuelian 18914408040 Website:

http://www.hongyangxcl.com/


Relevant keywords:
About Hongyuan
Team Style
Enterprise Honor
Recruitment
Product Center
Polypropylene high strength wire
Ribbon
Air Change Wire
News Center
Industry information
Company News
Contact Us
Unified Service Hotline: 0086-0523-87367699
All rights reserved Taixing Hongyang New Material Technology Co., Ltd.
Technical Support::China polypropylene network