METALSAFE COATINGS

The Liquid Rubber MetalSafe product line has been designed to provide a superior flexible waterproof coating and corrosion protection for metal structures. They are environmentally friendly and safe for workers and occupants. They are easy to apply and long lasting.

METALSAFE InstaSet B-300

Corrosion protection and waterproofing. 1 coat application using HVLP2000

MetalSafe S-300

Corrosion protection and waterproofing.

METALSAFE A-205

Color options available. Solar reflective

METALSAFE PU-100

Dries tough and tack-free. Solar reflective.

METALSAFE RUST PRIMER

Corrosion protection and bond enhancer for MetalSafe and other Liquid Rubber coatings

METALSAFE InstaSet B-300

METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
METALSAFE InstaSet B-300
Products designed for Metal Roofs and Metal Substrates
MetalSafe InstaSet B-300 is a water-based, elastomeric coating that provides exceptional corrosion and waterproofing protection for a variety of metal surfaces. Spray applied in conjunction with an inorganic rapid-set accelerator,Liquid Rubber MetalSafe B-300 instantly forms a rubberized, fully adhered, seamless membrane that resists cracking, aging and separation.

Colour: black

MetalSafe S-300

MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
MetalSafe S-300
Products designed for Metal Roofs and Metal Substrates
Liquid Rubber MetalSafe S-300 is a single-component, liquid applied, corrosion protective, waterproofing sealant combining various elastomeric polymers for a high-performance, durable, seamless, membrane. Containing no solvents, Liquid Rubber MetalSafe S-300 is non-flammable and will not damage polyurethane or polystyrene insulation materials. A variety of different reinforcing fabrics can be imbedded into the membrane to produce superior waterproofing protection

Colour: black

METALSAFE A-205

METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
METALSAFE A-205
Products designed for Metal Roofs and Metal Substrates
Liquid Rubber MetalSafe A-205 is a brush-on, roll-on, and spray-able high-performance, acrylic, elastomeric coating that can be applied over many existing surfaces including concrete, wood, brick, and metal. It forms a durable, flexible, seamless, colored membrane. Liquid Rubber MetalSafe A-205 contains no solvents, is non-flammable and not affected by sunlight or occasional chemical spills, and was developed as a membrane that can be used in ponding environments.

Colour: white

METALSAFE PU-100

METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
METALSAFE PU-100
Products designed for Metal Roofs and Metal Substrates
Liquid Rubber MetalSafe PU-100 is a single-component protective coating that forms a strong and flexible, protective membrane, by combining specific polyurethane and acrylic polymers. Given the cured membrane’s superior strength, waterproof properties and high adhesion to most substrates, Liquid Rubber’s MetalSafe PU-100 is the ideal solution for roofs. This easy to apply, ultra-low VOC, tack-free, durable coating offers the ultimate in protection for roofs.

Colour: white

METALSAFE RUST PRIMER

METALSAFE RUST PRIMER
METALSAFE RUST PRIMER
METALSAFE RUST PRIMER
METALSAFE RUST PRIMER
METALSAFE RUST PRIMER
METALSAFE RUST PRIMER
Products designed for Metal Roofs and Metal Substrates
Liquid Rubbers MetalSafe Rust Primer is a hybrid epoxy primer formulation designed to encapsulate and starve rust of oxygen and water. It is used as a pre-treatment and bond enhancer for Liquid Rubber MetalSafe and other Liquid Rubber coatings when rust is present.

Benefits

1. Seamless waterproof membrane that easily conforms to various shapes, without cutting and fitting (as is necessary with sheet products).

2. Added corrosion inhibitors to stop rust and preserve your metal structures for many years.

3. Superior adhesion to most substrates.

4. Can be applied down to 5C/40F.

5. Resistant to salts, acids, and various chemicals.

6. Water based, no solvents, and VOC free.

7. Excellent elongation, recovery, and flexibility for crack bridging and to withstand thermal cycling.

8. No open flame or kettle required.

9. Expensive application equipment is not critical.

coverage

  • Flat/Ponding Surface

    Apply a minimum final thickness of 1 gallon per 17.3 sq ft (1.6 sq/m). It should require around 4-5 heavy coats to achieve a 60 mil (1.5mm) (DFT) membrane.

  • Vertical Surfaces

    Apply a minimum final thickness of 1 gallon per 34.6 sq ft (3.2 sq/m). It should require around 3-4 heavy coats to achieve a 30 mil (0.76mm) (DFT) membrane.

  • Flat/Ponding Surfaces

    Apply a minimum final thickness of 1 gallon per 15.3 sq ft (1.4 sq/m). It should require around 4-5 heavy coats to achieve a 60 mil (1.5mm) (DFT) membrane.

  • Vertical Surfaces

    Apply a minimum final thickness of 1 gallon per 30.6 sq ft (2.8 sq/m). It should require around 3-4 heavy coats to achieve a 30 mil (0.76mm) (DFT) membrane.

  • Flat/Ponding Surfaces

    Apply a minimum final thickness of 1 gallon per 12.5 sq ft (1.1 sq/m). It should require around 4-5 heavy coats to achieve a 60 mil (1.5mm) (DFT) membrane.

  • Vertical Surfaces

    Apply a minimum final thickness of 1 gallon per 25 sq ft (2.3 sq/m). It should require around 3-4 heavy coats to achieve a 30 mil (0.76mm) (DFT) membrane.

  • FLAT/PONDING Surfaces

    Apply a minimum final thickness of 1 gallon per 17.25 sq ft (1.6 sq/m). It should require around 4-5 heavy coats to achieve a 40 mil (1.0mm) (DFT) membrane.

  • Vertical Surfaces

    Apply a minimum final thickness of 1 gallon per 34.5 sq ft (3.2 sq/m). It should require around 3-4 heavy coats to achieve a 20 mil (0.5mm) (DFT) membrane.

  • Flat Surfaces

    Apply a minimum final thickness of 1 gallon per 200 sq ft (18.6 sq/m) per coat. It should require around 1-2 coats.

  • Vertical Surfaces

    Apply a minimum final thickness of 1 gallon per 200 sq ft (18.6 sq/m) per coat. It should require around 1-2 coats.

Typical Substrates

  • Metal Roofs
  • Metal Walls
  • Metal Structures
  • Metal Beams and Columns
  • Metal Roofs
  • Metal Walls
  • Metal Structures
  • Metal Beams and Columns
  • Metal Roofs
  • Metal Walls
  • Metal Structures
  • Metal Beams and Columns
  • Metal Roofs
  • Metal Walls
  • Metal Structures
  • Metal Beams and Columns
  • Metal Roofs
  • Metal Walls
  • Metal Structures
  • Metal Beams and Columns

Documents

Metal Roof General Application Guideline

Case Studies

A small community Ice Arena's metal roof has leaked for years and years. The roof structure was first cleaned of any contamination and loose rust. Fasteners were tightened and/or replaced, then sealed with a brush application of Liquid Rubber MetalSafe A-205. Liquid Rubber Seam Tape was then used to bridged joints, gaps, seams, skylights, and protrusions. 3 coats of Liquid Rubber MetalSafe A-205 were then applied to achieve a final dry film thickness of 30 mil.

The metal barn roof developed leaks over time from the expansion and contraction of the underlying metal surface and chemical attack. The metal surface was power-washed and Liquid Rubber Seam Tape was applied to all the seams then coated with a brush using Liquid Rubber MetalSafe A-205. Any fasteners and exposed bolts were also covered with Liquid Rubber MetalSafe A-205. The Liquid Rubber MetalSafe A-205 membrane was applied using a heavy-duty paint sprayer at approximately 50 ft2 /gal per coat.

A large nickel mine in Northern Ontario required waterproofing and corrosion protection for a facility roof that was deteriorating due to the hard mining environment. Liquid Rubber MetalSafe™ InstaSet B-300 was chosen as the best solution and prior to applying the spray product, the large roof was being replaced every 6 years. An inspection in 2011 showed the roof in great condition without need for replacement.