About DR.FIXIT EPOXY ZINC RICH PRIMER WATERPROOFING CHEMICALS IN HYDERABAD
91 000 74051 Dr. Fixit Zinc Rich Primer is a single-component, grey, metallic zinc-rich epoxy primer designed to offer active galvanic protection for steel and reinforced concrete. It supplies a robust first line of defense against corrosionideal for reinforcing bars (rebars) and exposed metal surfacesespecially in chloride-prone environments.
Key Features & BenefitsActive Cathodic Protection: The metallic zinc content provides electrochemical protection to steel, reducing corrosion risk.Easy Application: Brush- or spray-applieduser-friendly solution for construction and repair tasks.Quick Drying & Compatible: Dries fast (touch-dry in 1545 mins), compatible with epoxy and PU topcoats.High Coverage & Durable: Offers up to 6 m per litre at 50 m DFT across two coats; full cure in 7 days.
Q1. What is Dr. Fixit Zinc Rich Primer used for?Its applied on steel rebars, exposed reinforcement, and steel surfaces to provide anti-corrosion protection before repair or concrete overlay.Q2. What protection does it offer?The zinc-rich epoxy acts like a sacrificial layer, providing ongoing galvanic protection against rust, especially in chloride-affected environments.Q3. How to use it?Surface Prep: Clean thoroughly.Apply: Brush or spray one to two coats (50 m DFT per coat).Dry/Cure: Touch dry in 1545 mins; full cure in 7 days.Q4. What is the coverage rate?About 6 m per litre per coat at 50 m thickness.Q5. What are storage and shelf life details?Store between 1030 C, shelf life up to 12 months when sealed.Q6. What are typical pack sizes and prices?1 Litre packs available.
Industrial-Grade Corrosion ProtectionFormulated specifically for structural steel, pipelines, bridges, and tanks, DR.FIXIT Epoxy Zinc Rich Primer offers outstanding corrosion resistance due to its high zinc content. Each application creates a durable, protective film that shields steel surfaces from water, salt spray, chemicals, and solvents. This ensures prolonged lifespan and reduced maintenance costs for vital infrastructure in challenging environments.
Fast Application and Reliable PerformanceWith a convenient surface drying time of just 30-45 minutes at 30C and a recoating interval of 4-6 hours, this primer accelerates project timelines. The optimized film thickness of 25-40 microns per coat guarantees comprehensive coverage without frequent touch-ups. It can be smoothly applied using a brush, roller, or airless spray with minimal downtime between coats.
FAQ's of DR.FIXIT EPOXY ZINC RICH PRIMER WATERPROOFING CHEMICALS IN HYDERABAD:
Q: How should I mix and prepare DR.FIXIT Epoxy Zinc Rich Primer before use?
A: Combine the base and hardener in a 4:1 ratio by weight. Mix thoroughly until a uniform grey liquid is achieved. Ensure proper blending to activate the epoxy system for optimal adhesion and corrosion resistance.
Q: What are the recommended application methods and surfaces for this primer?
A: This primer can be applied using a brush, roller, or airless spray for consistent coverage. It is ideal for use on mild steel and galvanized iron surfaces such as pipelines, tanks, bridges, and structural steel components.
Q: When can I apply a second coat after the first one?
A: A recoating interval of 4 to 6 hours is recommended between coats at 30C. Ensure the previous layer is surface dry (typically within 30-45 minutes) before applying additional coats for best results.
Q: Where should the product be stored for maximum shelf life?
A: Store the sealed container in a cool, dry location, away from direct sunlight. Under these conditions, the primer maintains a shelf life of 12 months without degradation.
Q: What personal protective equipment (PPE) is required during application?
A: Due to the presence of epoxy resins and amines, it is essential to use gloves, protective eyewear, and an appropriate respirator during mixing and application to prevent skin and respiratory exposure.
Q: What are the key benefits of using DR.FIXIT Epoxy Zinc Rich Primer?
A: Key benefits include excellent corrosion resistance due to high zinc content, superior adhesion to steel, fast drying times, and adaptability to humid conditions. These features significantly extend the service life of metal surfaces and reduce maintenance needs.