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# Tenabrix Building Fiber: Polypropylene (PP) Fiber |  Steel Fiber | Glass Fiber | PVA Microfiber

## Sitemaps
[XML Sitemap](https://tenabrix.com/sitemap_index.xml): Includes all crawlable and indexable pages.

## Posts
- [The Ultimate Guide to Polypropylene (PP) Fiber: Why It’s the Gold Standard for Modern Infrastructure and Industry](https://tenabrix.com/polypropylene-fiber-for-infrastructure-and-industry/): In this comprehensive guide, we break down the science, the regional applications, and the economic benefits of implementing high-quality Polypropylene fibers in your next project.
- [Concrete Fiber Reinforcement Dosage Guide: How Much Fiber Do You Need?](https://tenabrix.com/concrete-fiber-reinforcement-dosage-guide/): Getting the fiber dosage right is one of the most critical decisions in any concrete mix design. Too little fiber and you won't achieve the crack control or structural performance you need. Too much and you risk workability problems, surface finish issues, and unnecessary cost.
- [The Complete Guide to Choosing Concrete Fiber Reinforcement](https://tenabrix.com/complete-guide-concrete-fiber-reinforcement/): Concrete is the world's most widely used construction material, but it has a fundamental weakness: it's strong in compression but weak in tension. When tensile stress exceeds the concrete's capacity — whether from shrinkage during curing, temperature changes, or applied loads — cracks form.
- [Reinforcing Bridge Decks: The Practical Advantages of Polyacrylonitrile (PAN) Fiber in Concrete Overlays](https://tenabrix.com/advantages-of-polyacrylonitrile-pan-fiber-in-reinforcing-bridge-decks/): If you’ve ever worked on bridge construction, you know the deck overlay is probably the toughest part of the whole job. It’s right out in the open, taking the brunt of traffic every single day. Rain, snow, de-icing salts, heat, cold—you name it, the deck sees it. So the concrete you put down there has to be something special. It’s not just about strength anymore. You need something that can resist cracking and hold up for decades.
- [Micro vs Macro Polypropylene Fiber for Concrete: Manufacturing Process, Differences & Best Applications](https://tenabrix.com/micro-vs-macro-polypropylene-fiber-for-concrete/): If you are searching for polypropylene fiber for concrete, you’ve likely come across two main types:
- [Why Does Concrete Crack Over Time and How to Prevent Cracks](https://tenabrix.com/why-does-concrete-crack-over-time-and-how-to-prevent-cracks/): Concrete is one of the most durable and widely used construction materials in the world. From driveways and sidewalks to skyscrapers and bridge decks, it forms the backbone of modern infrastructure. However, even the strongest concrete can develop cracks over time. While these cracks may seem alarming, they are often a natural part of concrete's lifecycle.
- [A Complete Guide to Engineered Cementitious Composites (ECC): The Future of “Bendable” Concrete](https://tenabrix.com/what-is-engineered-cementitious-composite-ecc/): To address this issue, Engineered Cementitious Composite (ECC) has become the “new darling” of the construction industry. Many people vividly refer to it as “flexible concrete” because its design breaks free from traditional constraints—it offers controllable flexibility and exceptional crack resistance.
- [Macrofiber vs Steel Fiber for Industrial Floors: Key Differences Explained](https://tenabrix.com/macrofiber-vs-steel-fiber-for-industrial-floors-key-differences-explained/): In industrial flooring construction, minimizing cracking, enhancing durability, and balancing construction efficiency with cost have always been major concerns.
- [Basalt Fiber vs PAN Fiber vs PVA Fiber: Which Fiber is Best for Concrete?](https://tenabrix.com/basalt-fiber-vs-pan-fiber-vs-pva-fiber-which-fiber-is-best-for-concrete/): As the most widely used building materials in the world, concrete is strong, durable, and cost-effective. However, it has one well-known weakness: it cracks easily.
- [Top 23 Sustainable Building Materials: A Simple Guide to Greener Construction](https://tenabrix.com/top-23-sustainable-building-materials/): As a major source of energy consumption and carbon emissions, the industry must seek more environmentally friendly and efficient development paths. Against this backdrop, “sustainable building materials” have gradually become a central focus of the industry.
- [What Is Basalt Fiber? A Complete Guide to Properties, Applications, and Advantages](https://tenabrix.com/what-is-basalt-fiber/): Basalt fiber is gaining global attention as a strong, durable, and environmentally friendly material. Made directly from natural volcanic rock, it combines excellent mechanical performance with sustainability. Today, basalt fiber is widely used in construction, transportation, energy, and industrial manufacturing.
- [Polyacrylonitrile (PAN) Fiber in Concrete: Benefits, Applications & Performance](https://tenabrix.com/polyacrylonitrile-fiber-in-concrete-benefits-applications-performance/): To solve this issue, many engineers are turning to a simple solution: adding polyacrylonitrile fiber to concrete.
- [What Is Cellulose Fiber? A Complete Guide to Uses, Types, and Properties](https://tenabrix.com/what-is-cellulose-fiber/): Cellulose fiber is everywhere—yet most people don’t realize how important it is. From the clothes we wear to the food we eat and even the concrete in buildings, this natural material plays a key role in modern life.
- [Top 9 Concrete Fibers to Strengthen Your Construction Projects](https://tenabrix.com/top-9-concrete-fibers-to-strengthen-your-construction-projects/): This guide explores the nine most common types of concrete fibers, breaking down their advantages and ideal applications for construction professionals.
- [What is Steel Fiber Reinforced Concrete (SFRC): Pros, Cons & Applications](https://tenabrix.com/what-is-steel-fiber-reinforced-concrete/): Discover what steel fiber reinforced concrete (SFRC) is, its key advantages like crack and impact resistance, disadvantages, and common applications. Learn how to optimize SFRC performance with Tenabrix steel fibers.
- [How the Number of End Hooks Affects Steel Fiber Reinforced Concrete Performance](https://tenabrix.com/how-the-number-of-end-hooks-affects-steel-fiber-reinforced-concrete-performance/): Compare PP fiber and glass fiber in oilfield drilling applications, including mechanisms, risks, operability, and guidance for fiber selection.
- [Polypropylene Fiber (PP Fiber) vs. Glass Fiber in Oilfield Drilling Applications](https://tenabrix.com/polypropylene-fiber-pp-fiber-vs-glass-fiber-in-oilfield-drilling-applications/): Compare PP fiber and glass fiber in oilfield drilling applications, including mechanisms, risks, operability, and guidance for fiber selection.
- [How Polypropylene Fiber Enhances Concrete Performance in Water Conservancy Projects](https://tenabrix.com/how-polypropylene-fiber-enhances-concrete-performance-in-water-conservancy-projects/): Learn what concrete hardeners are and how they make floors tougher, dust-free, and long-lasting. Discover the main types, key benefits, and step-by-step application guide for warehouses, garages, and industrial spaces.
- [Polyester Fibers for Concrete Reinforcement: A Complete Guide for Modern Construction](https://tenabrix.com/polyester-fibers-for-concrete-reinforcement/): Learn what concrete hardeners are and how they make floors tougher, dust-free, and long-lasting. Discover the main types, key benefits, and step-by-step application guide for warehouses, garages, and industrial spaces.
- [Top 7 Benefits of Fiber Reinforced Concrete for Stronger, Longer-Lasting Structures](https://tenabrix.com/top-7-benefits-of-fiber-reinforced-concrete/): Learn what concrete hardeners are and how they make floors tougher, dust-free, and long-lasting. Discover the main types, key benefits, and step-by-step application guide for warehouses, garages, and industrial spaces.
- [What Is a Concrete Hardener? | Benefits, Types, and How It Works](https://tenabrix.com/what-is-a-concrete-hardener/): Learn what concrete hardeners are and how they make floors tougher, dust-free, and long-lasting. Discover the main types, key benefits, and step-by-step application guide for warehouses, garages, and industrial spaces.
- [Fiber vs Wire Mesh in Concrete: Which Reinforcement is Right for Your Project?](https://tenabrix.com/fiber-vs-wire-mesh-in-concrete/): When it comes to fiber vs wire mesh in concrete, there’s no one-size-fits-all answer. Wire mesh delivers time-tested strength and structural reinforcement, while fiber mesh excels at controlling shrinkage cracks and improving surface durability. By understanding the advantages and considerations of each, you can choose the reinforcement that ensures your concrete structure stands the test of time.
- [Unlocking the Power of Polypropylene Fiber in Cement Plaster: Enhancing Durability and Performance](https://tenabrix.com/polypropylene-fiber-in-cement-plaster/): When it comes to improving the performance and durability of cement plaster, Polypropylene (PP) fiber has emerged as an indispensable solution in the construction industry. Whether you're working on residential, commercial, or industrial projects, integrating PP fiber into cement plaster offers a range of benefits that enhance the material's overall strength, longevity, and ease of use.
- [What is Polypropylene Fiber? Types, Benefits & Applications](https://tenabrix.com/what-is-polypropylene-fiber/): Polypropylene fiber is a type of synthetic fiber made from polypropylene, a thermoplastic polymer widely known for its versatility and cost-effectiveness. In the construction, textile, and industrial sectors, this fiber plays an essential role because of its excellent durability, chemical resistance, and lightweight properties. Unlike traditional glass or steel fibers, polypropylene fibers do not corrode or react easily with other materials, making them ideal for reinforcing concrete, asphalt, and plaster, as well as for use in nonwoven fabrics and various industrial applications.
- [Steel fibers for Residential Slabs](https://tenabrix.com/steel-fibers-for-residential-slabs/): General residential floor slabs
- [Steel Fibers in Shotcrete](https://tenabrix.com/steel-fibers-in-shotcrete/): TenaBrix® fibers for Shotcrete that complies with ASTM C 1116, Standard Specification for Fiber-Reinforced Shotcrete, and are specifically used to control and mitigate plastic shrinkage cracking, increase surface durability, impact, and abrasion resistance.
- [Why Use Steel Fibers in Industrial Flooring?](https://tenabrix.com/steel-fibers-in-industrial-flooring/): As industrial development accelerates, the demands on flooring systems—especially in factories, warehouses, and heavy-load environments—have increased dramatically. Traditional reinforced concrete is no longer sufficient in many high-stress applications. This has led to the widespread adoption of steel fiber-reinforced concrete (SFRC) in industrial flooring. This article outlines the key functions and benefits of steel fibers in such settings.
- [How to improve the performance of concrete?](https://tenabrix.com/how-to-improve-the-performance-of-concrete/): In modern concrete engineering, the application of concrete is developing in the direction of high strength and high fluidity. In order to increase the strength and slump performance of concrete, the ratio of cement is increased too. This results in higher heat, shrinkage, shrinkage stress, and risk of cracks and crack propagation during and after curing. 
- [Polypropylene Fibre Concrete: The Ultimate Guide to High-Performance Construction Materials](https://tenabrix.com/polypropylene-fibre-concrete-the-ultimate-guide-to-high-performance-construction-materials/): Discover how polypropylene fiber concrete reduces cracks by 90% and enhances durability. Explore Tenabrix solutions for high-performance construction. Get expert insights now.
- [7 Types of Fibre-Reinforced Concrete](https://tenabrix.com/7-types-of-fibre-reinforced-concrete/): Fibre-reinforced concrete (FRC) is a versatile construction material that incorporates various types of fibers to enhance its performance and durability. These fibers are typically added to the concrete mix to improve properties such as tensile strength, flexural strength, impact resistance, and crack resistance. Here are some common types of fibre-reinforced concrete:
- [Common Types and Causes of Concrete Cracks](https://tenabrix.com/common-types-and-causes-of-concrete-cracks/): Concrete cracks are a prevalent issue in building structures, primarily caused by various internal and external factors leading to physical changes in concrete. These changes subsequently affect the stability and durability of the structures. Below, we will introduce the common types of concrete cracks and their underlying causes.
- [Polypropylene Fiber in Fiber Reinforced Concrete](https://tenabrix.com/polypropylene-fiber-reinforced-concrete/): Polypropylene fiber is a synthetic fiber that is derived from the thermoplastic polymer polypropylene. It is widely used in the construction industry, especially in the production of fiber reinforced concrete. The use of polypropylene fiber in concrete has been gaining popularity due to its many advantages, including improved strength, durability, and crack resistance.
- [Polypropylene Fiber: Types, Advantages, Applications](https://tenabrix.com/polypropylene-fiber-types-advantages-applications/): Polypropylene fiber (PP fiber) is a synthetic fiber made from the polymer polypropylene. PP fibers are used in a wide range of applications due to their strength, durability, and resistance to chemicals and heat.
- [Fiber Reinforced Concrete: Advantages, Manufacturing, and Applications](https://tenabrix.com/fiber-reinforced-concrete-advantages-manufacturing-applications/): In this essay, we will explore the benefits of Fiber Reinforced Concrete (FRC), its manufacturing process, and its applications, with a particular focus on polypropylene fibers from Tenabrix.
- [The Benefits of Polypropylene Monofilament Fiber in Concrete](https://tenabrix.com/monofilament-fiber-in-concrete/): Polypropylene monofilament fiber has become a popular choice for reinforcing concrete structures due to its unique properties and benefits. This article explores how this fiber type is used to strengthen concrete and enhance its durability, crack control, and overall performance.
- [Strength Your Concrete with TenaBrix® Products](https://tenabrix.com/strength-your-concrete-with-tenabrix-products/): In this comprehensive guide, we will explore the benefits of using TenaBrix® products in concrete and how they can help improve the quality and durability of concrete structures.
- [Polypropylene Fiber Concrete: The Ultimate Solution for Reinforcing Concrete Structures](https://tenabrix.com/polypropylene-fiber-concrete/): Tenabrix is a leading brand in the polypropylene fiber industry, providing monofilament and macro fiber products that are specifically designed to reinforce concrete structures. In this article, we will discuss the benefits of polypropylene fiber concrete and why Tenabrix products are the ideal solution for any concrete project.
- [Why Polypropylene Fiber Improves Concrete Performance?](https://tenabrix.com/polypropylene-fiber-improves-concrete-performance/): As a reinforcement material for engineering, polypropylene fiber is becoming more and more popular in the construction industry. The most commonly used are Polypropylene synthetic microfiber and Polypropylene synthetic macrofiber, which can greatly improve their performance when added to concrete or mortar. In this article, TenaBrix, a leading professional concrete fiber manufacturer in China, will give you an in-depth understanding of polypropylene fiber by analyzing the improvement and application of polypropylene fiber to concrete properties.
- [Polypropylene fibers for concrete](https://tenabrix.com/polypropylene-fibers-for-concrete/): In recent years, polypropylene fibers have been used in concrete applications with high crack resistance requirements. The excellent anti-cracking effect of polypropylene fibers has been confirmed by experimental engineering, but the impact on other properties of concrete, especially long-term performance and durability, has become a concern of researchers and users. This article analyzes the general mechanical properties, long-term properties, and durability properties of polypropylene fiber concrete.
- [Benefits of Fiber-Reinforced Concrete](https://tenabrix.com/fiber-reinforced-concrete/): Fiber-reinforced concrete is a new type of composite material that has developed rapidly at home and abroad in recent years. Among them, polypropylene fiber-reinforced concrete has developed the fastest. It is widely used on highways due to its excellent impermeability, frost resistance, impact resistance, and impact resistance, in airports, bridges, hydraulic engineering, construction, and other fields. The external admixture of fibers added to the concrete is fiber-reinforced concrete, and the fibers include steel, polyester, and composite fibers.
- [5 Benefits of Adding Polypropylene Fiber to Concrete](https://tenabrix.com/5-benefit-adding-pp-fiber-concrete/): Add TenaBrix® polypropylene fiber in concrete, can relieve the role of temperature changes caused by the internal stress of concrete, to prevent the expansion of temperature cracks, according to the concrete frost test method, by repeated freezing and thawing, no delamination and cracking and other phenomena. Practice and research have shown that the addition of TenaBrix® polypropylene microfiber in the concrete, can be used as an effective means of concrete temperature compensation anti-cracking, improving the frost resistance of concrete.
- [Do you know the production process of polypropylene fiber?](https://tenabrix.com/pp-fiber-production-process/): As a professional manufacturer, TenaBrixTM not only accepts customers' customized packaging and length but also provides video tracking for our customers' orders, allowing customers to keep abreast of production dynamics.If you have any questions about polypropylene fiber, you can contact us directly.
- [10 Technical Information Of Concrete Fiber You Need To Know](https://tenabrix.com/10-technical-information-concrete-fiber-know/): Adding polypropylene fibers to concrete is an effective way to reduce concrete cracking. The supporting system formed by fibers in concrete produces a secondary strengthening effect, which can greatly improve the crack resistance, improve the impermeability and impact resistance of concrete.Do you know what typical engineering data should we check when choosing fibers?
- [100% virgin polypropylene monofilament micro fiber quality test](https://tenabrix.com/100-virgin-polypropylene-monofilament-micro-fiber-quality-test/): http://tenabrix.com/wp-content/uploads/2022/04/Monofilament-micro-fiber.mp4
- [TENABRIX® fiber products for concrete](https://tenabrix.com/tenabrix-fiber-products-for-concrete/): http://tenabrix.com/wp-content/uploads/2022/04/tenabrix-fiber.mp4
- [What is Fiber-reinforced Concrete and How to make it?](https://tenabrix.com/what-is-fiber-reinforced-concrete-and-how-to-make-it/): Concrete is the most widely used material due to its advantages of convenient materials, low price, easy molding, good fire resistance and large reserves. It is widely used in the construction of bridges, tunnels, industrial and civil buildings, and highways. However, the further development and application of concrete is limited due to its heavy weight, low tensile strength and poor toughness, and fiber reinforced concrete emerges as the times require.
- [TenaBrix® Polypropylene synthetic microfiber](https://tenabrix.com/tenabrix-polypropylene-synthetic-microfiber/): TenaBrix® Polypropylene synthetic microfiber is a high-strength fiber made of 100% new polypropylene as the raw material. The fibers are extremely fine, single filaments. TenaBrix® polypropylene synthetic microfiber also known as polypropylene monofilament (mono) fiber, PP fiber, anti-cracking fiber, and concrete reinforcement fiber.

## Pages
- [Polyacrylonitrile Fiber ADS](https://tenabrix.com/fiber-types/polyacrylonitrile-fiber-ads/): Improve Concrete Durability & Crack Resistance with High-Performance Synthetic Fiber - PAN Fiber
- [Polyester Fiber ADS](https://tenabrix.com/fiber-types/polyester-fiber-ads/): Tenabrix Polyester Fiber is a high-performance synthetic fiber designed to improve the durability, toughness, and crack resistance of concrete and mortar. Engineered for demanding construction applications, our polyester fibers help reduce plastic shrinkage cracking, enhance impact resistance, and improve the long-term performance of concrete structures.
- [Polypropylene Synthetic Macrofiber ADS](https://tenabrix.com/fiber-types/polypropylene-synthetic-macrofiber-ads/):  TenaBrix®  macrofibers can be thought of like steel fibers for concrete reinforcement applications. Our quality macro fibers deliver excellent performance in concrete with lower dosage rates.
- [Polypropylene  Microfiber ADS](https://tenabrix.com/fiber-types/polypropylene-microfiber-ads/): TenaBrix® Polypropylene synthetic microfiber is a high-strength fiber made of 100% virgin polypropylene as the raw material. The fibers are extremely fine, single filaments, specifically designed to help mitigate the formation of plastic shrinkage cracking in concrete.
- [Polypropylene Monofilament Fiber](https://tenabrix.com/fiber-types/polypropylene-monofilament-fiber/): Tenabrix™ Polypropylene Monofilament Fiber is a high-strength polypropylene material made by a special extrusion process.
- [Basalt Fiber for Concrete](https://tenabrix.com/fiber-types/basalt-fiber-for-concrete/): Tenabrix is China's leading basalt fiber manufacturer. Tenabrix™ basalt fiber chopped strands are a specially developed steel fiber reinforcement material for use in cement concrete/mortar. As a secondary reinforcement material, it can significantly improve the toughness, flexural strength, and impermeability of concrete.
- [Basalt Fiber for Asphalt](https://tenabrix.com/fiber-types/basalt-fiber-for-asphalt/): Tenabrix is China's leading basalt fiber manufacturer. Our basalt fibers, including asphalt-grade basalt fibers and concrete fibers for cement-based concrete, deliver superior performance in stability, crack resistance, and extended service life.
- [Polyacrylonitrile Fiber](https://tenabrix.com/fiber-types/polyacrylonitrile-fiber/): Polyacrylonitrile Fiber, also known as PAN fiber or acrylic fiber, is a fine, light yellow synthetic fiber widely recognized for its exceptional strength and durability. It is also the primary raw material for carbon fiber production. At Tenabrix, we manufacture premium Polyacrylonitrile Fiber to enhance the crack resistance, structural integrity, and long-term performance of concrete and cement-based materials.
- [Cellulose Fiber](https://tenabrix.com/fiber-types/cellulose-fiber/): Cellulose Fiber is a natural reinforcement material made from high-quality wood pulp boards produced from Canadian or Russian hardwood forests. As an eco-friendly and high-performance fiber, it is widely used in concrete and cement-based products to control micro-cracks, improve durability, and enhance overall concrete quality.
- [Polyester Fiber](https://tenabrix.com/polyester-fiber/): Polyester Fiber, also known as PET fiber, is a high-performance synthetic fiber made from organic dibasic acid and diol. At Tenabrix, we manufacture premium Polyester Fiber designed to improve the crack resistance, durability, and overall quality of concrete and cement-based materials.
- [Shotcrete](https://tenabrix.com/project-solutions/pp-fiber-for-shotcrete/): TenaBrix® fibers for Shotcrete that complies with ASTM C 1116, Standard Specification for Fiber-Reinforced Shotcrete, and are specifically used to control and mitigate plastic shrinkage cracking, increase surface durability, impact, and abrasion resistance.
- [Residential Slabs​](https://tenabrix.com/project-solutions/slabs/polypropylene-synthetic-microfibers-for-residential-slabs/): The residential concrete slabs can benefit from the three-dimensional reinforcement provided by TenaBrix® Polypropylene synthetic microfibers.
- [Steel Fibers For Concrete](https://tenabrix.com/steel-fibers-for-concrete/): Steel fiber is a high-strength reinforcement material made from carbon steel, stainless steel, or other alloys, cut into short, discrete lengths. When mixed into concrete, these fibers disperse uniformly and form a three-dimensional reinforcement network. This significantly improves the concrete’s tensile strength, flexural strength, toughness, crack resistance, and durability.
- [Twisted Macro Synthetic Fiber](https://tenabrix.com/fiber-types/twisted-macro-synthetic-fiber/): The Tenabrix manufacturer's unique production process results in superior twisted macro-synthetic fiber quality.Tenabrix twisted macro-synthetic fiber plays an irreplaceable role in concrete applications.In particular, it shows excellent performance in durability, crack resistance and toughness.
- [Thank you](https://tenabrix.com/thank-you/): Thank you for reaching us! Our Sales Team will contact you wihtin 12 hours!
- [Privacy Policy](https://tenabrix.com/privacy-policy-2/): This privacy policy has been compiled to better serve those who are concerned with how their "Personally identifiable information" (PII) is being used online. PI is information that can be used on its own or with other information to identify, contact, or locate a single person, or to identify an individual in context. Please read our privacy policy carefully to get a clear understanding of how we collect, use, protect or otherwise handle your Personally Identifiable Information in accordance with our website.
- [Commercial & Industrial Slabs](https://tenabrix.com/project-solutions/slabs/commercial-industrial-slabs/): Add TenaBrix® fiber to your commercial & Industrial slabs for a more durable surface. The stress redistribution provided by TenaBrix® helps the wet concrete by control shrinkage cracking and slowing the flow of bleed water, provides unmatched reinforcement performance. Selecting the proper synthetic macro fiber for the Commercial & Industrial projects will secure a longer service life of your concrete.
- [Slabs](https://tenabrix.com/project-solutions/slabs/): Slabs Home /The Ultimate Guide to Polypropylene (PP) Fiber: Why It’s the... Residential Slabs Commercial And Industrial Slabs
- [Other fiber](https://tenabrix.com/fiber-types/other-fiber/): Other Fiber Home /The Ultimate Guide to Polypropylene (PP) Fiber: Why It’s the... Polyester Fiber Steel Fiber
- [Precast](https://tenabrix.com/project-solutions/precast/): Adding TenaBrix® fibers to precast concrete structures allows for complete replacement of traditional steel in a wide variety of applications, like Septic tanks, Burial vaults, Jersey barriers, Utility structures, Sound attenuation panels, etc. TenaBrix® Improves production efficiency and successfully lowers costs throughout the project process. 
- [Transportation](https://tenabrix.com/project-solutions/transportation/): The addition of TenaBrix® fibers improves fatigue resistance by controlling crack widths from the load, material, and environmental deformations. 
- [Composite Steel Deck](https://tenabrix.com/project-solutions/composite-steel-deck/): Composite metal decks are uniquely reinforced with Tenabrix® polypropylene synthetic macro and steel fibers. Tenabrix® fibers can use as an alternative to traditional steel reinforcement, by improving safety, reducing in-place cost, and fast-tracking time.
- [Project Solutions](https://tenabrix.com/project-solutions/): Project Solutions Home /The Ultimate Guide to Polypropylene (PP) Fiber: Why It’s the... Slabs Precast Shotcrete Transportation Composite Steel Deck
- [Blog](https://tenabrix.com/blog/): BLOG TENABRIX is a trademark for MICHEM’s fiber products and derivatives. Related Products Synthetic microfiber Synthetic macrofiber Fibrillated fiber
- [Polypropylene Synthetic Macrofiber](https://tenabrix.com/fiber-types/polypropylene-pp-macro-fiber/):  TenaBrix®  macrofibers can be thought of like steel fibers for concrete reinforcement applications. Our quality macro fibers deliver excellent performance in concrete with lower dosage rates.
- [Polypropylene Synthetic Microfiber](https://tenabrix.com/fiber-types/polypropylene-synthetic-microfiber/): TenaBrix® Polypropylene synthetic microfiber is a high-strength fiber made of 100% virgin polypropylene as the raw material. The fibers are extremely fine, single filaments, specifically designed to help mitigate the formation of plastic shrinkage cracking in concrete.
- [Polypropylene Fibrillated fiber](https://tenabrix.com/fiber-types/polypropylene-fibrillated-fiber/): TenaBrix® Polypropylene Fibrillated Synthetic Microfiber manufactured from 100% virgin homopolymer polypropylene resins, produced by special processing are interwoven into a mesh fiber. The connection between the fibers can be fully expanded to a net structure. TenaBrix® Fibrillated Synthetic Microfiber offers more adhesion points that increase bonding performance in concrete.  
- [Contact](https://tenabrix.com/contact/): Get in Touch with Tenabrix Today! Experience the difference that high-quality polypropylene fibers can make in your construction projects.
Contact us today for samples, technical documents, and pricing information. We'd love to hear from you Contact Us Shandong Michem Chemical Co.,Ltd. Reach us through No.277 Gongye N Road , Licheng, Jinan,Shandong, China 250000 tenabrix@michemicals.com +86 17862186910 Need Free Samples to Test? Or ask for Product's TDS, SDS? Just Leave Us A Message!
- [Fiber Types](https://tenabrix.com/fiber-types/): TenaBrix® products include Polypropylene Synthetic microfiber, Polypropylene Synthetic macrofiber and Polypropylene Fibrillated fiber.TenaBrix® fiber products are widely used in Industrial floors, Residential construction, Highways, roads, bridges,Precast concrete products, Shotcrete, Composite steel decks, Agricultural applications, Tunnel segments and more applications.Our polypropylene fiber  have low cost and are easy to construct, making them suitable for preventing cracks in large-area concrete structures.Your concrete is stronger and more durable.
- [About](https://tenabrix.com/about/): Established in 2002, TenaBrix® is a leading professional concrete fiber manufacturer in China. Our manufacturing plant with an annual production capacity of 20,000MT. We are working with the concrete industry, drymix companies, engineering contractors, distributors, and international traders in more than 40 countries.
- [Home](https://tenabrix.com/): TenaBrix® products include Polypropylene Synthetic microfiber, Polypropylene Synthetic macrofiber, Polypropylene Fibrillated fiber, and other various types of fibers. 

## Landing Pages
- [pp microfiber-south america](https://tenabrix.com/pp-microfiber-south-america-ads/): Toda fábrica de pré-moldados e canteiro de obras na América do Sul enfrentao mesmo desafio — concreto que trinca sob variações térmicas, cargas dinâmicase cura acelerada. Mesh de aço adiciona peso, corrói e complica a logística.A fibra de polipropileno monofilamento TenaBrix® elimina todos os três.
- [microfiber-middle east](https://tenabrix.com/pp-fiber-for-mortar-plaster-middle-east-ads/): PP concrete fiber reinforcement for concrete/mortar
- [microfiber](https://tenabrix.com/microfiber-for-concrete-google-ads/): PP Fiber For Concrete Supplier
- [fibra para concreto](https://tenabrix.com/fibra-para-concreto/): TenaBrix® Microfibra Sintética de Polipropileno es una fibra de alta resistencia hecha de polipropileno 100% virgen como materia prima. Las fibras son filamentos individuales extremadamente finos, diseñados específicamente para ayudar a mitigar la formación de grietas por contracción plástica en el concreto. TenaBrix® Microfibra sintética de polipropileno , también conocida como fibra de monofilamento (mono) de polipropileno, fibra de PP, fibra antifisuras y fibra de refuerzo de hormigón.
- [concrete fiber](https://tenabrix.com/concrete-fiber/): We are a professional, leading manufacturer of over 20 types of Synthetic Micro , Synthetic Macro fibers for the Fiber Reinforced Concrete (FRC) solution. Our concrete-fiber high performance has been proven by ASTM, CABO, ICBO, UL and other relevant Compliances.

## ElementsKit items
- [dynamic-content-widget-805730c-e68613f](https://tenabrix.com/elementskit-content/dynamic-content-widget-805730c-e68613f/)
- [dynamic-content-widget-e630a70-e561109](https://tenabrix.com/elementskit-content/dynamic-content-widget-e630a70-e561109/)
- [dynamic-content-widget-7fed5c7-4](https://tenabrix.com/elementskit-content/dynamic-content-widget-7fed5c7-4/): ASTM C1116 EN 14889
- [dynamic-content-widget-7fed5c7-3](https://tenabrix.com/elementskit-content/dynamic-content-widget-7fed5c7-3/): 600 or 900 gr in plastic bags. Water soluble bags and custom bag sizes are available.
- [dynamic-content-widget-7fed5c7-2](https://tenabrix.com/elementskit-content/dynamic-content-widget-7fed5c7-2/): Controls and Reduces plastic shrinkage cracking Reduces Plastic settlement crack Increases concrete durability, impact and abrasion resistance Excellent finishability Easy to apply to concrete mixture
- [dynamic-content-widget-7fed5c7-1](https://tenabrix.com/elementskit-content/dynamic-content-widget-7fed5c7-1/): Shotcrete Precast Concrete Slabs on grade Driveways and sidewalks Water Retaining Structures Renders and plasters Pool decks and Stucco