Tag: AB Original

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Case Study: Filler Repair of 50mm Crack Between Toilet Waste Pipe & Bathroom Floor

Cracks left during the installation of a toilet waste pipe undergo repair using Sylmasta AB Epoxy Putty as a filler material

No falling through the cracks – Sylmasta AB Repair Epoxy Putty connects a toilet waste pipe during bathroom renovation work

A hole cut into a bathroom floor during renovation work was made too big for the toilet waste pipe it was to house, meaning a waterproof repair material was needed to permanently fill gaps of up to 50mm width between the pipe and the floor.

Case Study Data

Site
Bathroom
Location
United Kingdom
Repair Type
Filler repair
Defect
50mm wide crack between toilet waste pipe and bathroom floor

Products Used

Sylmasta AB Original Epoxy Putty
Waterproof, hard-wearing epoxy putty with a longer work time used to permanently fill all gaps between the pipe and the floor

Case Study PDF

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Case Study Details

Renovations at a property in the United Kingdom involved the toilet being moved to a new location within an improved bathroom. To prepare for the move, the contractors carrying out the work cut a hole out of the floor where the toilet waste pipe was to connect with the sewer pipe.

When the toilet waste pipe was fitted in place, it was discovered that the hole which had been cut was too big. This left gapping all the way around between the base of the pipe and the floor. At its largest, the gapping extended to 50mm wide.

Large gapping between the pipe and the floor needed to be filled

The contractors wanted a straightforward method to fill the cracks so that the plumbing in of the toilet waste pipe could be completed. Sylmasta recommended the use of Sylmasta AB Original Epoxy Putty.

AB Original is a ceramic-filled, general purpose, waterproof epoxy putty which is the hardest wearing available. It comes with a two-hour work time for use in larger and more complex repairs.

It was calculated that around 1kg of AB Original would be needed to repair the toilet waste pipe. This was delivered to the property, where the resin and the hardener were mixed in equal measures and kneaded by hand.

Epoxy putty used to full in cracks between a toilet waste pipe and a bathroom floor in a repair required during renovation work
AB Original was worked and pushed into the crack
The putty was smoothed off using water

Once the putty had turned an off-white colour to indicate successful mixing, it was pushed into the gapping between the waste pipe and the floor whilst it remained soft enough to shape and manipulate.

The longer cure time of Sylmasta AB meant that more of the putty could be mixed in one go without the threat of premature curing. As the putty was applied, it was smoothed off with a little water and a filling knife and then left to harden.

Completed epoxy putty filler repair of cracks between a toilet waste pipe and the floor
The completed repair with all gapping successfully sealed

A full cure was achieved in 24 hours, leaving the cracks permanently filled with a waterproof material sharing similar properties to the floor. The renovation of the bathroom was able to continue with virtually no disruption to timeframe.

When it came to the installation of a new bathroom floor surface further along the renovation process, AB Original would withstand being tapped, drilled, screwed, sawed, ground, filed, painted and any other treatment needed to complete the improvements.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Using Epoxy Putty for Cracked & Damaged Brick Repair & Restoration

Brick repair carried out using epoxy putty to damaged brickwork suffering from lime blow

Another brick in the wall – How epoxy putty can be used to seamlessly repair cracked and damaged brickwork

When lime blow left numerous bricks at a housing estate in the south of England with cracks, holes and missing chunks, a building company in the UK hit upon the idea of using epoxy putty as a brick repair material.

Case Study Data

Site
Housing estate
Location
South of England
Repair Type
Brick face repair
Defect
Chunks of brick missing due to lime blow

Products Used

Sylmasta AB Original Epoxy Putty
Epoxy putty mixed with brick dust seamlessly filled and repaired holes, cracks and areas of damage

Case Study PDF

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Case Study Details

Lime blow occurs when clay bricks contain small amounts of lime. When the bricks are fired, this lime is converted to calcium oxide, also known as quicklime or burnt lime.

When calcium oxide mixes with water, it begins to slake in a highly vigorous process. Bricks which contain quicklime are therefore at risk or suffering from an eruption at their face when they become wet, causing chunks of brick to break away.

In a country like the United Kingdom where it rains a lot, lime blow is a frequent occurrence. Fortunately, it does not impact on the structural integrity of the brick. Some people even like the weathered, old fashioned look of bricks which have exploded.

The effect of lime blow however was not appreciated when the problem began happening frequently on a fairly new housing estate in the south of England. A building company were asked to find a cost effective and straightforward method of brick restoration, involving filling in the damaged areas.

Chuck of brick missing through lime blow prior to repair using epoxy putty
Chunk of brick missing due to lime blow

After consulting Sylmasta, it was decided to use an epoxy putty. Magic Sculp Sculpting Putty was used for a trial repair, after which the company approved Sylmasta AB Original Epoxy Putty for all future brick repair applications.

The putty was mixed by hand and then pushed into the holes and cracks in the brick face, filling in areas of damage. To ensure that the putty seamlessly matched the colour of the brick rather than the standard off-white it cured to, the putty was wetted once it had been applied to the wall and whilst still soft.

Dust was then taken from the brick undergoing repair and pushed into the putty, creating a material the exact same colour as the brick being repaired. To give the putty an identical texture to the existing brickwork, it was then spittled with a wire brush.

A section of brick missing a chunk because of lime blow undergoes a seamless repair and restoration using epoxy putty
Damaged section of brick repaired using epoxy putty mixed with brick dust

AB Original has a work time of two hours, after which it cures to form a solid material. So effective was the application that it is virtually impossible to tell where the area is on each brick that has undergone repair.

Using epoxy putty for brick repair is a practice that is growing in popularity across numerous sectors involved in construction. As well as builders and specialist brick restorers, Sylmasta also supply epoxy putty to facilities management companies, cable installers, DIY enthusiasts, gardeners and many more.

Any tradesperson or individual who may be required to fix a damaged brick – be it through lime blow, accidental damage or having to drill into brickwork – can easily fix holes, cracks and missing pieces using Sylmasta AB.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Desalination Plant Partially Buried 3000mm FRP Discharge Return Pipe Repair

A 3 metre diamete FRP desalination plant discharge pipe underoges repair in Saudi Arabia

Pipeline in the sand – how a composite patch repair helped seal a partially buried three metre diameter FRP pipe in Saudi Arabia

Problems during the installation of a three metre diameter FRP discharge pipe at a desalination plant in Saudi Arabia had caused gaps to appear between connecting rings on the line, which had to be sealed in a repair carried out whilst the pipe remained partially buried.

Case Study Data

Site
Desalination plant
Location
Saudi Arabia
Repair Type
Leak repair
Defect
Gaps between rings in a 3000mm FRP discharge return pipe

Products Used

Sylmasta AB Original Epoxy Putty
Epoxy putty used to seal gaps between the ring and the pipe through which water was escaping from a join in the FRP pipe

E190 Brushable Epoxy
Brushable epoxy resin coated onto strips of Fibreglass Tape to create a composite patch repair to reinforce the putty

Fibreglass Tape
Fibreglass Tape soaked with E190, after which it cured to form a rock hard material reinforcing the initial repair

Epoxy Composite Repair Kit
E190 Resin and Fibreglass Tape can be purchased in an Epoxy Composite Repair Kit for making complex patch repairs to pipes and tanks

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Case Study Details

The three metre diameter FRP (fibreglass reinforced plastic) pipe was to play a crucial role at the plant, returning discharge water not turned into fresh water during the desalination process to the Red Sea.

Problems during the installation of the line meant that one section of the pipe was not connected properly. It was only when the system was fully pressurised and water began escaping that the issue was noticed.

The three metre diameter FRP pipe prior to undergoing repair

Even though flow was immediately shut off, the amount of water passing through the pipe meant that the chamber housing the problem section became flooded and had to be drained.

Once drained, a scaffold was erected around the pipe and pressure turned back on with minimal flow rate to properly identify what was causing the leak.

It was discovered that gaps had appeared at both ends of a 310mm wide ring connecting sections of the line together. These gaps had to be sealed before the line could be put into service.

  • Water excaping from a 3 metre FRP pipe in Saudi Arabia before the line underwent a Sylmasta repair
Water escaping between gaps in a join in the pipe

The system was again shut off to enable the repair of the gaps using Sylmasta AB Original Epoxy Putty. After being kneaded by hand, AB Original was pushed into the gaps between the connecting ring and the rest of the pipe and left to harden.

AB Original was chosen as its two hour working time allowed larger quantities of putty to be mixed in one go without the worry of premature curing.

This was a particularly important consideration because of the size of the pipe being repaired and the temperature on-site in Saudi Arabia. Sylmasta recommend AB Original to most clients working in hotter climates.

  • Sylmasta AB Epoxy Putty used to repair and seal gaps in a 3 metre diametre FRP pipe in Saudi Arabia
Sylmasta AB Original was pushed into the gaps to seal the line

The second stage of repair would normally involve reinforcing the AB Original with a SylWrap HD Pipe Repair Bandage to create a rock hard, impact resistant layer of protection.

However, with the bottom of the FRP pipe remaining buried, it was not possible to wrap SylWrap HD around the line in this application. Even if the line had been completely accessible, its size would have made effective wrapping extremely difficult.

Instead, Sylmasta E190 Brushable Epoxy Resin and Fibreglass Tape were used to build a composite patch repair over the ends of the connecting ring which had been earlier sealed with AB Original.

Fibreglass Tape wrapped over the pipe which had been coated with E190 Brushable Epoxy
  • Sylmasta E190 Brushable Epoxy is coated onto Fibreglass Tape to reinforce and repair a 3000mm FRP pipe in Saudi Arabia
Coating the Tape with further E190 created a composite patch repair

E190 was painted onto the pipe and strips of Fibreglass Tape of the required length cut off and placed over the epoxy. The E190 soaked through the Tape, attaching it to the pipe.

Another coating of E190 was painted over the top of the Fibreglass Tape, with the open weave of the Tape allowing significant amounts of epoxy to saturate the fabric.

The resin-soaked Fibreglass Tape now constituted a composite wrap similar to a SylWrap Bandage, the crucial difference being that it could be layered over areas requiring repair rather than wrapped.

Multiple layers of Fibreglass Tape were applied over each other and soaked with E190. The repair continued in this manner until the last layer of Fibreglass Tape was covered with a final coating of E190 and left to cure.

  • A composite patch repair made using Fibreglass and E190 Brushable to an FRP pipe in a desalination plant
The completed repair with all cracks sealed and the problematic section of line reinforced

E190 has a work time of 30 minutes and a full cure of 24 hours. The reinforcement of the pipe was completed within 36 hours, after which the line could be returned to service.

Once it had been established that the FRP pipe was no longer leaking and the repair had therefore been a success, the line was buried. It was now ready to serve the desalination plant after construction of the facility was finished.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Snapped Nozzle on a 1500mm Seawater Cooling Line Repair & Reinforcement

A 1500mm line in a seawater cooling system undergoes repair after it began leaking from a broken off nozzle

Keeping it cool – the repair and reinforcement of a leaking 1500mm seawater cooling system supply line

A petrochemical plant in Saudi Arabia needed an urgent repair to the 1500mm main supply line in their seawater cooling system after a nozzle snapped off, leaving a 50mm hole discharging water 5 metres vertically at a pressure of 3 bar.

Case Study Data

Site
Petrochemical plant
Location
Saudi Arabia
Repair Type
Leak repair and reinforcement
Defect
Snapped nozzle in a 1500mm seawater cooling pipe

Products Used

Sylmasta AB Original Epoxy Putty
Epoxy putty used alongside a PTFE plug to fill the 50mm hole left by the snapped nozzle

SylWrap HD Pipe Repair Bandage
Composite wrap reinforced the repair and was then applied around the diameter to strengthen the line

Case Study PDF

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Case Study Details

Seawater cooling systems allow water taken from the sea to be used for the cooling of machinery and other processes in industrial plants and factories.

The petrochemical plant were extracting from the Red Sea. A nozzle on the 1500mm diameter main line supplying the cooling system had snapped off from the flange, causing a jet of pressurised water to shoot 5 metres into the air from a 50mm hole.

An engineer fits the PTFE plug to the leaking line

When this seawater returned to ground, it saturated the surface of the pipe, causing external damage, discolouration, mould to form and a suspected weakening of the line.

Losing so much water also had a serious impact on the efficiency of the system. The plant therefore decided to call in a maintenance team to attempt to fix the problem as a matter of urgency.

The supply line was shut off whilst the repair took place. The application began by securing the hole left in the pipe by the snapped nozzle with a plug made from PTFE.

Sylmasta AB Epoxy Putty used to repair a seawater supply line by fixing a PTFE plug in place
Sylmasta AB Original was used to fix the plug in place, creating a watertight seal

To create a watertight seal around the PTFE plug and fix it in place permanently, the nozzle was then encompassed using Sylmasta AB Original Epoxy Putty.

Sylmasta AB is a smooth-setting putty capable of bonding to all materials, including wet surfaces. It has a two hour work time, allowing more of the putty to be mixed, shaped and applied without premature curing that may have otherwise been caused by the hot Saudi climate.

SylWrap HD Pipe Repair Bandage applied to a snapped nozzle in a seawater supply line repair
The plug and AB Original were encompassed with SylWrap HD

Further reinforcement of the plug and the surrounding AB Original was provided by SylWrap HD Pipe Repair Bandage. SylWrap HD is a composite wrap with a water activated resin which sets rock in hard in minutes.

Seven layers of SYL412HD were wrapped and smoothed around the nozzle, creating an impact resistant layer of protection. This completely sealed the hole with a repair pressure resistant up to 30 bar.

SylWrap HD Pipe Repair Bandage being applied to a 1500mm seawater supply line
Further SylWrap reinforced the weakened section of pipe around the plug

When the line was put back into operation, the engineers who had carried out the repair noticed during their inspection that the pipe around the nozzle had indeed weakened as suspected.

Although no major leaks were present, the surface could be seen bubbling with air and water. They therefore decided to reinforce the entire area of pipe underneath the nozzle by wrapping the 1500mm diameter with four SYL616HD Pipe Repair Bandages.

Repair and reinforcement of a 1500mm seawater supply line after a nozzle snapped off
The repair was completed in two hours, leaving the line sealed and strengthened

This provided a protective sleeve around the weakened section of the line, strengthening it against potential future breaches and thus extending the lifespan of the pipe.

Completing the repair of the nozzle and the reinforcement of the line took less than two hours, after which the seawater cooling system was able to operate at full capacity once again.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Repair & Refurbishment of a 19th Century Pit Wheel at Mordiford Mill

A 19th century cast iron pit wheel in Mordiford Mill, Herefordshire undergoes repair and refburbishment with Sylmasta AB Epoxy Putty

Big wheel keeps on turning – the repair and refurbishment of a 19th century pit wheel using Sylmasta AB Epoxy Putty

When the repair and refurbishment of a 19th century pit wheel required a waterproof, corrosion resistant material to protect the cast iron wheel from water and help bond two protective steel hoops for reinforcement, Sylmasta had the ideal solution.

Case Study Data

Site
Mordiford Mill
Location
Herefordshire, United Kingdom
Repair Type
Corrosion protection, water ingress prevention & high strength bonding
Defect
Cracked & weakened 19th century cast iron pit wheel

Products Used

Sylmasta AB Original Epoxy Putty
Water resistant epoxy putty with high strength adhesion and a long work time for complex and larger applications

Case Study PDF

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Case Study Details

Mordiford Mill is a 19th century tall stone corn mill in Herefordshire. A water wheel connects to a three metre diameter cast iron pit wheel which drives iron machinery and two pairs of stones.

The Mill ceased grinding flour in 1935. Over 80 years later and the Mill’s latest owner was undertaking a long-term refurbishment project to make it turnable again. One of the most challenging aspects of this was the repair of the pit wheel.

Pit Wheel at Mordiford Mill suffering from numerous cracks and breaks before refurbishment and repair with Sylmasta AB Epoxy Putty
The pit wheel was suffering from cracks and breaks in several places

Corrosion and the passage of time had weakened the castings of the wheel. Both the inner and outer castings had been unusually thin for a pit wheel when they were originally installed in the 1800s, and two generations of previous repair attempts had been unable to suitably reinforce them.

The wheel was cracked and broken in various places. Calculations indicated sudden impacts such as a cog breaking would cause the casting to break apart again – possibly irreparably.

Sylmasta AB Epoxy Putty applied to a 19th century cast iron pit wheel in Mordiford Mill, Herefordshire
Sylmasta AB being applied to the outer casting of the wheel

Replacement was not a viable option because the cost of doing so exceeded the budget of the project. The only way to get Mordiford Mill operating again was by finding a repair and refurbishment method for the pit wheel.

It was decided to strap both the inside and the outside of the wheel with steel hoops to encompass the 19th century ironwork. This would reinforce the pit wheel, ensuring it had adequate protection from future impacts.

Repair and refurbishment of a pit wheel at Mordiford Mill
Steel reinforcement hoop applied over Sylmasta AB and held in place with clamps

These steel hoops could not be welded to the pit wheel because of the dangers associated with welding old cast iron, which tends to explode due to air pockets within the iron. No welder would guarantee a result as success of such a process is less than 50 percent.

Welding would also have left gaps between the steel hoops and the uneven, damaged casting of the wheel. Water entering these gaps would potentially collect inside them, leading to further corrosion of the original cast iron.

Once the putty had cured, the steel hoop was screwed into place

As a water-resistant material capable of high-strength bonding, Sylmasta AB Original Epoxy Putty provided the ideal solution for encompassing the cast iron to prevent water ingress at the same time as aiding the adhesion of the steel hoops to the wheel.

Prior to the application of Sylmasta AB, the casting was cleaned with a needle gun and a wire brush on an angle grinder. This removed rust, grime and dirt from the surface.

The long work time of Sylmasta AB meant that large quantities could be mixed in one go without the worry of premature curing. The putty was applied to the outside casting of the wheel first, after which large sections of the steel hoop were fitted over the putty and held in place using clamps.

Steel hoop screwed into place on the outside casting

The steel hoop was then screwed in place and the clamps removed. The entire process was repeated to the inside casting, although this was slightly more challenge because of the spokes of the pit wheel connecting with the casting.

To overcome this, the application was broken down into smaller sections between each spoke. Sylmasta AB was applied and a small section of steel hoop added, clamped and screwed, before moving onto the next section on the inner wheel.

Clamps fitted to hold a smaller section of steel hoop to the inside of the pit wheel in-between spokes

Once completed, the original pit wheel was successfully reinforced with a steel casing that would last for many years and the presence of Sylmasta AB meant that no corrosion caused by trapped water could attack the ironwork.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Leak Repair & Encapsulation of a Steel & Iron Welded Pipe Joint

Pipe repair of a central heating system in a church which had begun to leak around a welded joint suffering from corrosion

Good deed done – Sylmasta answer a church’s prayers with a welded pipe leak repair and encapsulation

A church central heating system had suffered heavy damage caused by corrosion and begun leaking at the point where a 100mm cast iron pipe met a 50mm steel pipe via a welded steel plate, leading to a challenging leak repair and encapsulation application.

Case Study Data

Site
Church
Location
United Kingdom
Repair Type
Leak Repair
Defect
Leaking welded joint between a 100mm cast iron pipe, a 50mm steel pipe, and a 6mm steel plate

Products Used

Sylmasta AB Original Epoxy Putty
Epoxy putty with two-hour work time allowing for careful application and watertight encapsulation of the leaking joint

Wrap & Seal Pipe Burst Tape
Self-fusing silicone repair tape used initially to seal leaks on the 100mm cast iron pipe

SylWrap HD Pipe Repair Bandage
Applied over Wrap & Seal to provide a rock hard, impact-resistant layer to the initial repair.

Case Study PDF

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Case Study Details

Several years previously, the central heating system in the church had undergone renovations when a 100mm cast iron pipe had been stepped down to a 50mm steel pipe.

To facilitate this, a 6mm thick steel plate had been attached to the end of the larger cast iron pipe with a hole cut into the middle, through which the smaller steel pipe was attached and welded.

Since the work had been carried out, the system had become badly corroded and was now leaking from numerous areas around the welded joint.

When a similar problem had developed on another heating pipe, the church had fitted a pipe repair clamp at considerable expense. Such a repair method was not possible on this occasion as the new leak was in a restricted space with no room for a clamp to be applied.

Initially, the church called in welders to try and fix the problem, but this just caused further leakage and left an even more uneven pipe surface needing to be sealed.

Diagram showing the repair in question

The main leak was between the steel plate and the 100mm cast iron pipe with particularly heavy corrosion at the point where they met. Once the corrosion was filed back, this was relatively straightforward to repair using a SylWrap Universal Pipe Repair Kit.

Wrap & Seal Pipe Burst Tape was applied around the pipe, fusing to form a solid rubber band over the problem area to seal the leak. This was then overwrapped with a SylWrap HD Pipe Repair Bandage, providing a rock hard, impact resistant shell to reinforce the initial repair.

More challenging was the repair of the joint between the smaller 50mm steel pipe and the steel plate. Here, leaking was caused by uneven welding, whilst a threaded section of pipe close by was also suffering from a leak.

It became clear that a softer repair material was needed to smear into the threaded section and to penetrate into the weld. Because of the complexity of the repair, Sylmasta recommended Sylmasta AB Original Epoxy Putty.

  • Leaking 100mm cast iron pipe prior to repair
  • Sylmasta AB Original Epoxy Putty used to encasuplate a leaking welded joint as part of a pipe repair application
    Completed repair with AB Original encapsulating the welded joint

AB Original is a smooth-setting epoxy with a two hour cure time. This longer working time allowed for the putty to be more carefully applied, encapsulating the whole section where the 100mm pipe, the 50mm pipe, and the steel plate all met.

The church were supplied with 1kg of Sylmasta AB, more than enough for their application. Unused AB Original stays fresh when left in its original packaging, ensuring the church has a supply of epoxy putty for any future applications.

Sylmasta AB Original putty was smoothed over the welded joint, filling in all imperfections and sealing all leak areas. It has excellent corrosion resistance, further protecting the pipe from future attack, and provided a smooth, ceramic-like finish to the application.

When the church first contacted Sylmasta, they had been looking for a repair method that would temporarily fix the leaking central heating system until funds allowed for either a longer lasting solution or for a new pipe to be installed.

Instead, the repair provided by Sylmasta will be permanent and was made at a fraction of the cost of other options, saving the church a considerable amount of money.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com

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Case Study: Chip Filler Repair to a Damaged £500 Designer Bar Stool Made of SMC

A homeowner uses Sylmasta AB Original Epoxy Putty as a filler to repair a chip in an SMC designer bar stool

Money for the bar – a Sylmasta AB Epoxy Putty filler repair to a chip in an SMC bar stool saves a homeowner £222

When a designer bar stool made of a difficult-to-repair compound called SMC suffered a chip after it was knocked over, the owner sought a cost-effective DIY filler repair method after being quoted £222 by a restoration company.

Case Study Data

Repair Type
SMC filler repair
Defect
Chip in designer bar stool

Products Used

Sylmasta AB Original Epoxy Putty
Epoxy putty which bonds to all materials and is easy to shape for use as a filler

Case Study PDF

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Case Study Details

The homeowner had a beloved set of white designer bar stools worth around £500 each. Their children unfortunately knocked one of the stools over whilst playing, causing a large chip to the edge of the seat made from a difficult-to-repair material called SMC.

SMC is a moulding compound with an inbuilt mould release agent which can be inconsistent, which also meant that reattaching broken fragments was unlikely to be successful.

Each bar stool cost £500. To restore the chip would have cost £220

A professional restoration company quoted £222 to make a repair. The owner therefore decided to try and find a means of making a more cost-effective DIY repair to their damaged stool.

They consulted Sylmasta, who were able to recommend the use of Sylmasta AB Original Epoxy Putty, as although there was little chance of glues or adhesives forming a suitable bond with the SMC, Sylmasta AB would be able to anchor itself into the cavity.

  • Chip in a designer bar stool made from SMC prior to undergoing a filler repair using Sylmasta AB Epoxy Putty
Chip caused to the stool when it was accidentally knocked over

Sylmasta AB Original has a two-hour work time, offering plenty of time for the epoxy putty to be moulded, shaped and applied without the threat of premature curing.

Careful application of Sylmasta AB filled the chip in the stool. The homeowner was even able to recreate the pattern of the seat, using a brush to slightly indent the putty before it set.

  • Sylmasta AB Original Epoxy Putty used to repair a chipped bar stool
  • Reapir of a chip in an SMC designer bar stool made using Sylmasta AB Epoxy Putty Filler
Sylmasta AB filled the chip and was then painted to seamlessly blend in with the seat

AB Original sets to off-white as standard, but it can be painted once cured. The owner managed to colour-match a paint to the exact colour of the bar stool, ensuring that the epoxy putty blended in seamlessly with the rest of the seat.

The repair required only one 250g kit of AB Original at a cost of just £12.60 plus carriage – a far cry from the original £222 quote provided by the restoration company.

Plenty of epoxy putty was left over, and it remains reusable when kept in its original packaging – good news in the event of any future accidents involving the £500 designer bar stools.

If you have an application you would like to enquire about, then please get in touch

Call: +44 (0)1444 831 459
Email: sales@sylmasta.com