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Valtex DIY Resin Binder is a two component aliphatic polyurethane stone encapsulation binder, for use with decorative dried aggregates on smaller projects, such as pathways and patios.
This DIY version has all the same strength properties of the Trade Valtex 7.5kg UVR system, with the ease of being able to mix with a '1 bag kit'.
Benefits of DIY Valtex Resin:
- Easy for Beginners and DIY
- Valtex is 100% UV Stable
- FeRFA Compliant
- 65 D Shore Hardness
- 11 Years of Resin Manufacturing
We recommended Valtex Resin Binder for use with our DIY 'Wonders of the World' Resin Bound Aggregates (Directly sourced and imported by Vuba). You can see those here.
The ratio of Isocyanate within the resin formulation can greatly affect strength. Valtex is manufactured to yield industry leading mechanical properties (see below). There is more information in the tab below entitled 'Resin Binder and System Strength'.
|Shore D Hardness||65|
|Elgonation at Break||70%|
|Tensile Strength||13 MPa|
When you order one of our Valtex 1.88kg DIY Resin Binder Kits, you will receive a two part polyurethane resin. The resin is supplied pre-catalysed, therefore no requirement for additional mixing processes.
Each one of these kits is to be used with a 26.56kg DIY Wonders of the World Aggregate Kit. You can find them here.
Each Resin Kit is designed to be mixed with 26.56kg of resin bound aggregate, and will cover approximatrly 0.88m2 @ 18mm nominal thickness. We would always recommend to allow for wastage and undulations in your surface by ordering 5-10% wastage.
A Genuine and Ethical Manufacturer
We manufacture a range of aliphatic polyurethane resin binders, for use in the encapsulation of natural aggregates. These are tested to BS-2782. Our Ethos is:
Best in Class Quality
Best in Class Quality
The Paving Expert said of our Resin Bound Range ‘In my humble opinion….the best product is the resin bound range from Vuba’. This review was based on attending The Landscape Show 2019, where we also were nominated for The Best Product 2019.
Best on price for the highest quality products. We offer 7.5kg UVR Resin Kits from £41.999 up to £47.99 depending upon quantity – less than the industry price for a 6.5kg Underbound Non Compliant Kit. How can we do this? Because we manufacture resin and sell directly the contractor online and on our telesales line. We are the only manufacturer of resins that directly sources our resin bound aggregates also.
How are we Ethical?
We only produce Aliphatic UV Stable Resin Binders, and FeRFA Compliant Resin Kits. We support the growth of the resin bound industry through quality, reliable products that give our customers real value. We support the long term growth and reputation of resin bound surfacing.
At Vuba, We Promise…
- The cheapest products of equal quality in the industry
- To match any cheaper quotation like for like
- We do not re-label other people's products
- We are not a middle man for either stone or resin
- We are not new to resin systems and their applications
Your Resin Bound Partner
We provide a dedicated Account Manager for our contractor’s and regularly customers. We aim to give industry leading advice and help, so your project is successful.
Here’s how we support our contractors…
Next Day Delivery As Standard
A Dedicated Account Manager
Industry Leading Products
Extensive Testing & Product Trialling
Huge Amounts of Stock
UK Exclusive Aggregate Blends
A Single Source Supplier
We are Well Known, Trusted and Awarded
Work with a manufacturer who is known to your customers.
Re-assure your customers with…
Our Technical Datasheets and Extensive Testing
Largest Social Media Following in the World
Award Winning and Exclusive Products
Millions of Views on our Youtube Resin Channel
£2m Worth of Installation Enquiries in 2019
All aggregate blends within this range are tested extensively, in accordance with both FeRFA Guidelines, ISO 178, ISO 604, and BS-2782. Test results available upon request.
New products, formulations and aggregates are being introduced to Resin Bound Surfacing. The Vuba Ethos is to lead developments within the industry, both in innovation and integrity. Find out a little more about our testing below.
1. Resin Binder
3. Resin Bound System
1. Resin Binder
a. Tensile Strength
b. Elgonation %
c. Hardness (Shore D)
These are tested to BS-2782. For further information, please see our Valtex Technical Datasheet.
Shore D Hardness
Elongation at Break
The preferred method for testing aggregate suitability for use in resin bound systems is the Los Angeles Abrasion Test. The standard Los Angeles Abrasion Test subjects a coarse aggregate sample to abrasion, impact, and grinding in a rotating steel drum containing a specified number of steel spheres. The amount of weight lost as a percentage of its original value is referred to as the Los Angeles Coefficient.
Other commonly used aggregate testing methods include PSV (Polished Stone Value), ACV (Aggregate Crushing Value), Aged Weather Testing and Field Testing.
All aggregates within this range have been testing using some or all of the above methods. A combination of Empirical and Field Test Data is used to create a detailed profile of each aggregate blend, including strength and suitability.
3. Resin Bound System
We test the complete resin bound system to International Standards ISO 178 and ISO 604. The tests carried out include Compression Testing, and Flexural Strength Testing using a Three Point Bend Test. The determining factors of the strength of any resin system is as follows:
a. Resin / Aggregate Ratio
b. Chemical Formulation
c. Aggregate Quality
d. Aggregate Size Grading
a. Resin / Aggregate Ratio
The FeRFA Resin Flooring Association has a guide to the appropriate ratio of resin to aggregate. The guidelines now state that a ratio of 7.06% of resin is required to the total amount of aggregate to be suitable as a resin bound surface. You can see details below:
Resin / Aggregate Ratio
Valtex Resin Binder
The total size of resin kit is very important to the strength of a resin binder. Too little resin, and the system is underbound resulting in failure by loose stone. An underbound resin screed is highly susceptible to issues with lack of compaction, or thickness. A correctly bound system will be more forgiving for installers.
b. Chemical Formulation
The ratio of Resin A to Hardener B has a determining affect on the overall mechanical strength of the resin bound system. We manufacture our binders using a High Isocyanate formulation. Isocyanate is the 'expensive' part of the formulation, essential for a high Shore D Hardness value. You can see typical Mechanical Properties for our Valtex and MarbleBound Resin Binders below.
Some suppliers offer a none UV stable form of resin because none UV or 'Aromatic MDI' resin is cheaper. This resin turns yellow / brown within hours of sunlight. We do not offer any resin binders which are not UV Resistant as part of our Ethical Ethos. You can see more about our Ethos here.
C. Aggregate Quality
Aggregate quality is dictated by Cleanliness, Porosity, Size Uniformity and Aggregate Physical Properties.
Therefore the quality of the aggregate is of vital importance when considering the Overall System Strength. For example, a fine, more absorbent aggregate can require up to 15% more resin to achieve saturation than other aggregates, our research has shown.
We are an importer of aggregates and manufacturer of award winning resin bound systems - we are not a middle man, or a company that is brand new to supplying resin systems. We have spent 1,000's of hours visiting quarries throughout the world, and ensuring our aggregates undergo extensive testing.
d. Aggregate Size Grading
The Blend Specification or Design has a large impact on the strength of a system. Addition of our binding quartz alone will increase the overall strength of a resin bound system by 20-30%, our research has shown.
Similarly, a greater size variation of equal and suitable deviation creates a more compact final finish. Some of our blends will have a range from 0.4 - 0.8mm, 1mm to 3mm, 2-4mm, 2-5mm, 4-6mm. Greater compaction helps to prevent against stone loosening due to vehicle turning etc.
Click here to visit the Resin Binder page if you would like to read more information about our binders.
Cleaner and More Consistent:
Our aggregates demonstrate unrivalled cleanliness, size uniformity and colour consistency. The result is a significantly reduced chance of shading for contractors.
A Broader Range of Sizes:
The average Wonders of the World blend contains an industry leading 4 or 5 different aggregate size gradings per blend. Such a complete matrix of aggregates sizes, gradually grading up from 0.4mm up to 6mm in diameter throughout the full spectrum of the blend results in an easier to lay and more compact resin system with less chance of stone loosening.
Each blend within the range contains a Binding Quartz, a neutral translucent aggregate, 0.4mm - 0.8mm in size, perfect to create a strong matrix of sizes without negatively changing the appearance. This quartz increases the strength of the system by 20-30% compared to traditional resin bound surfacing without the 'sand'.
When considering your base, you should think about 'is this base strong enough for my intended purpose? The base is of less importance with Easihold than Resin Bound, as Easihold is also a wearing course.
We would recommend the ideal substrate to be a compacted hardcore, or other stabilised surface should as concrete, existing paving, macadam etc. We would advise the inclusion of a permeable membrane beneath the system to prevent growth of weeds.
1m2 Resin Bound Resin Kit
Before application of an Asphalt / Tarmac base, concrete or cellular grid, there should be in place the correct sub-base. This would be a minimum 150mm depth of well compacted Type 3 granular sub-base to SHW clause 805, or 4/40mm, 4/20mm crushed aggregate to BS EN12620 or locally available secondary or recycled aggregates which comply with the above specification blinded with 2/6.3mm graded crushed concrete aggregate to BS EN12620.
1. Concrete bay proportions should be ideally 1:1 and should not be greater than 3:2, long narrow strips of concrete will crack across the bay width and these cracks are likely to be mirrored in the surfacing.
2. Open bay joints are likely to cause cracking in the surfacing and formation should be prevented by application of Polycrete repair mortar into the joints. Bays should be linked with steel mesh reinforcement, or if already in place, a surface grade mesh should be embedded in the surface using an epoxy bedding coat.
3. Ensure that the concrete has a minimum design strength of C35 and that the concrete has a minimum compressive strength of 25N/mm2 before the surface is prepared, in accordance with BS 8500-2:2015.
Ensure that falls are in place to an adequate drainage system when applying to an impermeable concrete base. Water will flow through the Vuba resin bound system and run across the concrete surface.
Asphalt (Bituminous Macadam):
The bitumen binder of asphalt concrete must have a pen value no greater than 100/150, when tested in accordance with EN 1426 Needle Penetration Test. It is advisable to use a harder grade of bitumen when machine application is possible and 70/100 pen (or harder) is preferred.
Bituminous materials with a higher pen value will be too soft and may deform in warm weather. Adequate compaction of the sub-base and base is essential to prevent cracking. A minimum 1 tonne “sit on” roller should be used when possible and the contractor must ensure that the construction is fully restrained at all edges to ensure dimensional stability.
Rainwater will flow through the permeable Vuba Resin Bound System, and through the open grade binder course. An integral drainage system is not required.
We would recommend to use a cellular grid of 40-50mm in depth. The grid should be set on to a well compacted sub-base as laid out above. The cellular grid should then be filled with well compacted 4/10mm graded crushed aggregate to BS EN12620. The in-fill aggregate must be compacted to ensure the profile of the cellular grid is still visible, and capable of bonding to the resin bound system.
Failure to compact the stones within the grid correctly will result in a slump of the resin bound material through the grid, causing delamination.
Protect all edges abutting soft landscaping with brick, steel, timber or concrete to prevent damage to the surfacing. Edgings should be securely fixed to prevent movement. A flexible joint filler should be used at edgings where there is potential for movement to separate the surfacing from the edging.
Prepare concrete by mechanical means to provide a sound, clean, dry substrate that is free from laitance and suitable for application of the resin bound surfacing. Concrete should be primed prior to application using our Easiprime or Epiprime (and seeded with a 1.4 - 1.8mm quartz).
Asphalt (Bituminous Macadam) Preparation:
Allow the asphalt to oxidise for 7 days prior to application of the Vuba Resin Bound Surface. It is not a requirement to prime asphalt surfaces.
1. Finish the surface with a suitable float. Vuba Solvent should be used if required to clean trowel before applying a closing finish to the resin bound surface. Close compaction is vital to prevent stone loosening. Most applicators will compact at right angles to how the material was spread out, applying pressure as the trowel is pulled back.
2. If required for added slip resistance, immediately cast Crushed Glass onto the top surface of the wet resin and aggregate, at the rate of approximately 0.1kg/m2. Ensure even coverage to prevent a patchy appearance.
3. Allow to cure and open to traffic as described in the Curing Time tables above.
1. Regularity and consistency of mixing times is essential to prevent shading within your Resin Bound System.
2. Ensure you have all bags required for your project prior to commencement, and ensure you have sufficient material by marking coverage per mix on the surface. It is imperative to not run short of material for a fully seamless finish.
3. Ensure you have scheduled to apply your resin bound aggregate system during a period of suitable weather for both application and curing time.
4. Contact Vuba for further advice regarding our Systems.
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|Alternative Names||Gris Claro (On the bag)|
|Slip Resistance Value||Dependent upon Aggregate Kit|
|Los Angeles Coefficient||LA 30|
|Stone Hardness||5 Mohs|
|PSV (Polished Stone Value)||35-40|
|AAV (Aggregate Abrasion Value)||2|
|AIV (Aggregate Impact Value)||18|
|Mixed Resin : Aggregate Ratio||1.88kg Mixed Resin : 26.56kg Aggregate / 7.08% Mixed Resin to Aggregate Only|
|Resin A : Isocyanate B Ratio||120% Resin A : 100% Isocyanate B|
|UV Resistance / Stability||UV Resistant|
|Elongation at Break (%)||70%|
|Hardness (Shore D)||65 Shore D|
|Tensile Strength (MPa)||13 MPa|
|Gasoline/ Diesel Resistance||No Change|
|Minimum Application Temp||5oC|
|Maximum Application Temp||25oC|
|Suitable Substrates||Recommended - Open Grade Tarmac / Asphalt. Concrete, Cellular Grid and others also suitable. Contact us for more info.|
|Curing Schedule Guide||Assumed 20oC. Pot Life: 30 Mins Tack Free: 12-16 Hours Vehicle: 1 Day. Lower temperatures will retard the curing time.|
|Suitable Resin Binder||Valtex Resin Binder 7.5kg|
|Coverage Rate Guidance||3.5m2 per Aggregate Blend @ 18mm Depth|
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