Sika® Fibermesh®-150 | Fibres
Maybe your like
- Construction
- Concrete
- Fibres
- Sika® Fibermesh®-150
Sika® Fibermesh®-150, micro-reinforcement system for concrete—100 percent virgin homopolymer polypropylene multifilament (monofilament) fibers .
- Increase resistance to explosive spalling
- Reduces plastic shrinkage cracking
- Reduces plastic settlement cracking
- Improves impact, shatter and abrasion resistance
- Enhances durability
- Promotes uniform bleed and reduces bleed water
- Inhibits and controls the formation of intrinsic cracking in concrete
- Increases cohesion and reduces segregation
- Reduces freeze/thaw damage
- Overview
- Product Details
- Application
- Documents
Usage
Sika® Fibermesh®-150 act mechanically by supporting the aggregate within the concrete with multidimensional fiber network and developing a uniform bleed system. The fiber does not affect the curing process chemically and does not absorb water. The Sika® Fibermesh®-150 can be used in all types of concrete applications to control plastic shrinkage and settlement cracking. Typical applications include:- Slabs on ground
- Residential applications: side-walks, driveways, decks, curbs
- Precast elements,
- Overlays / toppings
- Stucco
- Shotcrete
- Roads / Pavements
- Bridge Decks
Advantages
- Increase resistance to explosive spalling
- Reduces plastic shrinkage cracking
- Reduces plastic settlement cracking
- Improves impact, shatter and abrasion resistance
- Enhances durability
- Promotes uniform bleed and reduces bleed water
- Inhibits and controls the formation of intrinsic cracking in concrete
- Increases cohesion and reduces segregation
- Reduces freeze/thaw damage
Packaging
Sika® Fibermesh®-150 fibers are available in 1 kg bags and 200 kg bulk bags. The 1 kg degradable bag is a standard size. The bags are packed into cartons and palletized.
Colour
- Fiber Type: Monofilament micro synthetic fibre
Product Details
Sustainability / Certifications / ApprovalsCERTIFICATES AND TEST REPORTS
- Complies with European Standard EN 14889-2:2006 Fibres for Concrete Part 2: Class Ia and carries the CE marking
- Complies with ASTM C1116/C1116M, Type III fiber reinforced concrete and therefore ASTM D7508
Shelf life
When stored in dry conditions shelf life is 5 years
Storage conditions
Sika® Fibermesh®-150 should be stored in a dry warehouse. Protect product from the rain.
Dimensions
- Length: 12 mm
- Diameter: 0.03mm
Density
0.91 g/cm3
Melting point
162 oC
Ignition temperature
404 ° C
Technical InformationResistance to alkalinity
Excellent
Application
ConsumptionRecommended dosage
The dosage of the Sika® Fibermesh®-150 will vary according to the type of application and performance requirements. Standard recommended dosage ratio of Sika® Fibermesh®-150 is 1.0 kg/m3 of concrete. For explosive spalling resistance the dosage rate will be between 1.0 kg/m3 and 2.0 kg/m3 ,depending on the design requirements. Dosages outside the recommended dosage range can be used to meet project specific requirements. If this is the case please contact your Sika representative for technical support.
Documents
Sika® Fibermesh® Safety Data Sheet PDF - 159 KB (en) Sika® Fibermesh®-150 Product Data Sheet (PDS) PDF - 639 KB (en) EPD Polypropylene-based micro fibres dms:au01/doctypes/environmental_product_declarationThis website uses cookies to provide you with a great user experience.
By continuing to use this site, you accept our use of cookies.
AcceptTag » What Is Fiber Mesh Concrete
-
Residential Slabs - FIBERMESH
-
When To Use Fiber Mesh Or Wire Mesh - Port Aggregates
-
Fiber Mesh Concrete Guide. Is It Better Than Wire Mesh?
-
Using Wire Mesh Vs Fibers With Concrete | Knight's Companies
-
What Are The Pros And Cons Of Fiber Mesh Concrete?
-
Rebar Vs. Wire Mesh Vs. Fiber Mesh: Which One To Use?
-
Concrete Fibermesh Vs. Rebar (Key Differences) - Home Goliath
-
Concrete Slab With Fiber Mesh Or Wire Mesh Reinforcement
-
What Is Fiber Reinforced Concrete? - YouTube
-
When To Use Wire Mesh Or Fibre Mesh Reinforced Concrete
-
Fiber Mesh For Concrete
-
Why Use Concrete Fibre Reinforcement?
-
Pros And Cons Of Fiber Mesh Concrete: Is It The Future Of Building?