Rust-Oleum Mathys Noxyde Pegarust is a rust preventing coating that is the solvent-based version of Rust-Oleum Noxyde that can be applied by brush, roller or spray in cold temperatures down to 0°C or on damp surfaces.
Rust-Oleum Mathys Noxyde Pegarust is a primer and topcoat in one and can be applied directly on various metallic substrates. It guarantees durable protection through the unique elastic and waterproofing binder technology. It's best characteristic is the outstanding adhesion it offers, Rust-Oleum Mathys Noxyde Pegarust can even be applied on moist surfaces and in damp weather.
Features & Benefits
- Excellent corrosion protection and waterproofing
- Applicable in cold temperatures down to 0°C or on damp surfaces
- Approved for corrosion class C5-M medium (ISO 12944)
- 200% elasticity - does not crack or peel when metal shrinks or expands
- Solvent-based formulation
- Impact resistant
- Primer and topcoat in one
- Can be applied by brush, roller or spray
- Prevents rust from spreading
- UV resistant and protects against abrasion
- 10 Years product guarantee*
* All guarantees are subject to approval by Rust-Oleum prior to purchase and/or use - Please contact our Technical Department for more information.
Rust-Oleum Mathys Noxyde Pegarust is specially designed for applications where a water based product i.e. Noxyde or Peganox is not suitable. Rust-Oleum Mathys Noxyde Pegarust is the solvent-based version of Noxyde, however it can be applied by brush, roller or spray. Rust-Oleum Mathys Noxyde Pegarust offers the same corrosion protection, the same unparalleled performance but slightly longer drying times than its siblings Noxyde and Peganox. Rust-Oleum Mathys Noxyde Pegarust strengths lie in its forgiving scope of application conditions - it can be applied at temperatures as low as -0°c, humid weather conditions and even onto damp/moist substrates. Due to it's solvent based formulation the flowing properties of the coating are excellent allow the user to achieve an excellent finish by brush or roller. Please note that the resulting film thickness of Pegarust will be similar to that of Noxyde (almost twice the thickness of Peganox per coat).
Rust-Oleum Mathys Noxyde Pegarust combines flexibility, strong adhesion, water resistance, excellent edge coverage and anti-corrosive pigments while requiring minimal surface preparation. It is ideal for use on metal cladding, pipe lines, metal constructions, electricity posts and more made from iron, steel, special alloys, galvanised and metallised iron and steel, aluminium, copper, zinc, lead, etc.
30 years track record!
Noxyde has been tested by many institutes and the results are phenomenal with reports of “unsurpassed corrosion control”. Since 1972, Peganox has been applied all over the world in many different climates, from very hot and dry to humid, rural-coastal, onshore and offshore... No impact upon the product's effectiveness was recorded, therefore Peganox is the number one choice for metal protection.
The Noxyde Family:
- Noxyde - The original formula for spray application (350 µm), Maximum corrosion protection and waterproofing
- Peganox - Noxyde formulation optimised for brush and roller application (150 µm)
- Pegarust - Solvent based formulation for lower temperatures down to 0ºC
Rust-Oleum Mathys Noxyde Pegarust is a premium state-of-the-art, easy-to-use product ideal for long-term corrosion protection of metal surfaces. Its unique formulation performs like no other coating on the market and offers unsurpassed rust protection with minimal labour. It is an excellent over coating and alternative to sandblasting.
It is your responsibility to read the Product Data Sheets (available below) before you place an order and prior to application of the product. The content of this website is our best recommendation and is not advice. Coverage rates quoted are approximate, you agree that coverage depends on the condition of the substrate, surface absorption, texture and application method. We ALWAYS recommend a trial area is coated to ensure the product meets your requirements before use.
chris hall on 31/01/2018
