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Product Details:

StarBlaze 33B01 is a high-strength, epoxy-based, self-leveling screed formulated to deliver superior load-bearing capacity and chemical resistance on concrete substrates. Blended as a three-component system, it cures to a dense, abrasion-resistant layer ideal for use under epoxy top coats or as a standalone heavy-duty flooring solution.

Designed for high-impact and chemically aggressive environments, 33B01 achieves compressive strengths over 36 MPa, tensile strengths exceeding 10 MPa, and bond strength surpassing the cohesive strength of the concrete itself. Its self-levelling properties ensure uniform surfaces even over uneven or repaired substrates. Suitable for acid bunds, containment zones, production floors, and vehicle traffic areas, it provides reliable performance where hygiene, durability, and resistance to industrial chemicals are essential.

• Three-component, self-levelling epoxy screed for concrete floors. Provides heavy-duty abrasion resistance, impact durability, and strong chemical protection in high-load environments.

Key Features

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  • Self-levelling formulation for smooth, uniform surfaces

  • Exceptional compressive, tensile, and flexural strength

  • High abrasion and impact resistance for heavy traffic

  • Excellent chemical resistance across industrial solvents and acids

  • 100% solids content with low shrinkage

  • Strong bond strength ensuring long-term floor protection

  • Suitable as a build-up layer below epoxy top coats

Industries

•  

  • Acid Bunds and Secondary Containment Areas

  • Pharmaceutical Production Facilities

  • Chemical and Fertilizer Processing Units

  • Warehousing and Logistics

  • Automotive Assembly & Service Workshops

  • Medium to Heavy Engineering Facilities
    
    

Processes

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  • Self-Levelling Heavy-Duty Floor Screeding

  • High-Build Underlayer Application for Epoxy Systems

  • Abrasion and Impact Resistant Concrete Flooring

  • Chemical-Resistant Floor Preparation

  • Reprofiling and Smoothing of Rough Concrete Surfaces

  • Load-Bearing Epoxy Screed Installation
    
    

Packing 

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  • Three pre-weighed packs (Base, Hardener, Aggregate)

  • Mix Ratio by Weight: 30:12.58

  • Pot Life at 30°C: 35 minutes

  • Shelf Life: 12 months in sealed condition (store <30°C)

  • Application Temp: 10–30°C

  • Coverage: ~1 sq.m/5 kg at 2mm thickness

Product Details:

AWS A5.5: E7018–A1 H4R | ISO 3580-A: E MoB 3 2 H5H4R Grade | Mo/Cr-Resistant Welds | Boiler & Pipe-Ready

A low hydrogen, moisture-resistant iron powder electrode designed for creep-resistant steels containing 0.5% Mo and 0.5–1.0% Cr. Suitable for high-integrity welding in boilers, pressure vessels, cement kilns, cast steels, and structural components operating at elevated temperatures (up to 525 °C). Delivers smooth arc behaviour, excellent weld bead appearance, and radiographic-quality joints across all positions.

Available Packs [Specs not verified]

• 2.50 mm x 350 mm – 2.5 kg vacuum pouch

• 3.15 mm x 450 mm – 5 kg box

• 4.00 mm x 450 mm – 5 kg box

• 5.00 mm x 450 mm – 5 kg box

• Master cartons up to 20 kg

• Custom packaging available upon request

Key Features

• Suitable for creep-resistant Mo and Cr-Mo steels up to 525 °C

• Radiographic-quality welds on cast steels, pressure vessels, and pipe spools

• H4R grade – excellent resistance to moisture absorption

• Excellent for boiler, kiln, and structural fabrication with thermal stress exposure

• Reliable performance on steels with ≤0.5% Mo and 0.5–1.0% Cr

• Can be used as-welded or stress-relieved at 620 °C for 1 hr

Industries

• Pressure Vessel & Boiler Fabrication

• Cement Kiln and Chemical Furnace Construction

• Cast Steel Machinery Frames

• Pipe Systems and Steam Lines

• Structural Welding of Creep-Resistant Steels

Processes

• Manual Metal Arc Welding (MMA / SMAW)

• Operates on both AC and DC+ polarity

• All-position welding (1G, 2F, 3G, 4G, 5G)

• Designed for welding of pressure components with Mo/Cr alloying

• Suitable for pipe welding, vessel shell joints, and heavy-wall castings

Additional Technical Notes

• Base materials include:
  • EN 10028-2: P235, P265, P295, P355, 16Mo3
  • EN 10216-1/2: P235, P275 | EN 10213-2: GP240R, G20Mo5
  • EN 10025: S235, S275, S355 | Ship steels A–E

• Re-drying: 300–350 °C for 1 hr if required

• Excellent impact strength at +20 °C (Charpy ≥ 100 J as-welded; ≥150 J stress-relieved)

• Good ductility after post-weld heat treatment

• Conforms to ISO 3580-A specifications for creep-resistant electrodes

Tags
E7018-A1, Mo steel welding, H4R creep-resistant electrode, boiler steel electrode, pressure vessel welding, cast steel SMAW, radiographic quality electrode, 16Mo3 welding, high-temperature structural welding, Cr-Mo stick rod

Typical Weld Metal Chemical Composition (%)

Typical Mechanical Properties As Welded (All Weld Metal)

 

Product Details:

AWS A5.5: E7010-P1 | EN ISO 2560-A: E 42 3 C 21Vertical-Down Capable | High Strength Compatibility | Radiographic Root Passes

A cellulosic-coated, deep-penetration electrode suitable for high-strength pipeline steels including vertical-down welding using stove-pipe or conventional techniques. Offers a strong, forceful arc, good arc re-strike, and high usability for both single-pass and multipass welds in pipeline construction. Well-suited for root, fill, and cap passes.

Available Packs [Specs not verified]

• 2.40 mm x 350 mm – 2.5 kg pouch

• 2.50 mm x 350 mm – 2.5 kg pouch

• 3.15 mm x 450 mm – 5 kg box

• 4.00 mm x 450 mm – 5 kg box

• 4.80 mm x 450 mm – 5 kg box

• Master cartons up to 20 kg

• Custom packaging available on request

Key Features

• Optimised for vertical-down welding of high-strength pipes

• Forceful arc with excellent penetration and spray-type droplet transfer

• Suitable for single-pass or multipass root, fill, and cap passes

• Radiographic-quality welds across positional applications

• Good arc striking and re-strike performance

• Minimal pre-use conditioning required

Industries

• Oil & Gas Transmission Pipelines

• High-Strength Line Pipe Fabrication

• API 5L and ASTM Grade Steel Projects

• Field Welding for Onshore Infrastructure

• Tie-ins and Maintenance Welds

Processes

• Manual Metal Arc Welding (MMA / SMAW)

• Performs in all welding positions, including vertical-down

• Compatible with both stove-pipe and conventional techniques

• Suitable for root-to-cap welding in pipeline construction

• Compatible with AC and DC+ polarity

Additional Technical Notes

• Base materials: ASTM SA-283 Gr. A/B/C/D, API 5L X42–X65

• Minimal re-drying required: 70 °C for 30 minutes (once only)

• Suitable for remote site welding with limited reconditioning facilities

• Not intended for flat-only or low-penetration applications

• Good stability in field welding under variable conditions

Tags
E7010-P1, pipeline welding rod, cellulosic electrode, vertical-down SMAW, API 5L pipe welding, root pass electrode, radiographic welds, spray arc rod, tie-in welding, stove-pipe welding

Typical Weld Metal Chemical Composition (%)

Typical Mechanical Properties (All Weld Metal)