FIBERGLASS VERSUS STEEL
PROGRESSIVE SUBJECT
Fiberglass reinforcement is a modern and innovative solution gaining ground in the construction industry worldwide. Where concrete is strong in compression but weak in tension, reinforcement provides the necessary strength. Traditionally, steel was used for this purpose, but fiberglass reinforcement offers clear advantages that make the material increasingly popular.
ADVANTAGES
4X LIGHTER THAN STEEL
Less weight in the final product, fewer crane hours, less hard labor.
HIGHER TENSILE STRENGTH
Glass fibre reinforcement is much lighter than steel and has a higher tensile strength.
LOWER COSTS
Savings on the costs of the reinforcement itself, but also on crane costs and concrete mortar.
BEKIJK ONZE PRODUCTEN
The Test: Fiberglass vs. Steel
This footage clearly shows that an element with steel reinforcement breaks at a certain point, the element with fiberglass reinforcement continues to bend and does not break, and returns to its normal shape after the weight is removed.
FIBERGLASS REINFORCEMENT
STEEL REINFORCEMENT
Nets 3000×2000 / 150×150 / 10 mm
To demonstrate that fiberglass mesh can be walked on during installation, just like steel mesh, we conducted a test on a rig in the production hall.
RUST FORMATION IN CROSS-SECTION CONCRETE SLABS
STEEL
To demonstrate that fiberglass mesh can be walked on during installation, just like steel mesh, we conducted a test on a rig in the production hall.
FIBERGLASS REINFORCEMENT
Photos 4 and 5 show the fiberglass reinforcement. It's clear that it's not susceptible to corrosion:
CHARACTERISTICS
| Glasvezelwapening | Staalwapening | |
|---|---|---|
| Materiaal | Gebonden glaslint volledig geïmpregneerd in thermo hardend hars | Staal |
| Diameter tolerantie | 0,1 mm +/- | 0,5 mm +/- |
| Dichtheid | 1900 – 2000 kg/m3 | 7800 kg/m3 |
| Toestel extensie in % | 2.2 | 25 |
| Vezelvolume inhoud | 70% vezel | 99% staal |
| Young’s modolus | 50.000 | 200.000 |
| E-modolus | 50 GPa | 210 GPa |
| Druksterkte | 690 MPa | |
| Treksterkte | 1000 MPa | 250 MPa |
| Afschuifsterkte kortstondig | 50 MPa | |
| Afschuifsterkte dubbel | 150 MPa | |
| Thermische uitzettingscoëfficiënt – lengte | 9×10−6/°C | |
| Thermische uitzettingscoëfficiënt – dwars | 52×10−6/°C | |
| Bestandsdelen | 70% ECR glasvezel met Epoxcy hars | staal met PE-beschermlaag 0,3 mm |
| Corrosie bestendig | Ja | Nee |
| Gewicht kg/m3 | 1900 (4× lichter dan staal) | 7800 |
| Milieu | per ton staal word 1,9 ton CO₂ geproduceerd | |
| Bezwijkmoment | Ligt hoger dan bij staal | |
| Hogere Treksterkte | 600–1600 N/mm² | 200–550 N/mm² |
| Chloride en fosfaat bestendig | Ja | Nee |
| Geleidt radiogolven | Ja | Nee |
| Thermische geleidbaarheid | 0,25% | 48% tot 58% |
| Diamagnetisch | Ja | Nee |
| Duurzaamheid | Verwachte duurzaamheid 80 jaar | Volgens bouwregelgeving |
Frequently Asked Questions
Can I pick up my order myself?
Yes, that's possible. You can pick up your orders at Repra's premises in Heeswijk-Dinther from Monday to Friday between 8:00 AM and 5:00 PM and on Saturdays between 8:00 AM and 12:00 PM.
Can I also order from you as a private individual?
Yes, you can also order from Repra as a private individual. We supply both businesses and private individuals.
When can I expect my order?
Delivery time depends on the product type and availability. In most cases, your order will be delivered within 1 to 2 business days. After placing your order, you will receive a confirmation with the expected delivery time.
Can I change the delivery date?
Yes, it's possible to change the delivery date. Please indicate this when ordering in the additional details section, or contact us after placing your order. We'll be happy to discuss the options with you.
Can I still change the order after an order has been placed?
Yes, in many cases it's still possible to change your order after you've placed it. Please contact us as soon as possible, and we'll discuss the options together.
See also:
