Belzona 1000 Series

Belzona 1111

Super Metal

FN10229

An epoxy-based composite for metal repair.

A 2-part epoxy-based repair composite designed for metal repair and protection.

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  • SeriesBelzona 1000 Series
  • Approvals4
  • Documents6

Overview of Belzona 1111

A 2-part repair composite for metal repair and resurfacing based on 100% solids epoxy resin reinforced with silicon steel alloy. This repair material will not corrode and resists a wide range of chemicals. It is easy to mix and apply without the need of specialist tools and can be machined using conventional tools.

Belzona 1111 (Super Metal) is the workhorse of the Belzona 1000 Series — a two-component paste grade system for repairing and rebuilding machinery and equipment, for structural bonding, and for creating irregular load bearing shims with good electrical insulation properties.

Belzona 1111 (Super Metal) is suitable for contact with potable water as it is certified to NSF/ANSI Standard 61 and satisfies the UK Drinking Water Inspectorate requirements.

Key Benefits

Multi-Purpose

Versatile solution for multiple application types

High Performance

Engineered for demanding performance requirements

Simple Application

Easy to mix and apply without specialist tools

100% Solids

No solvents, no shrinkage during cure

Application Areas

What this product handles, grouped by equipment area — each links to the full application.

Primary application area

Valves, Pipes & Fittings

8 applications

Electrical & Power Generation Equipment

2 applications

Engines & Casings

2 applications

Fans, Blowers & Compressors

2 applications

Mechanical Power Transmission

2 applications

HVAC & Refrigeration Equipment

1 application

Process Vessels

1 application

Pumps

1 application

Separators

1 application

Technical Data

Mechanical Properties

Compressive Strength (72°F)
12,800 psi (88.2 MPa)
Compressive Strength (212°F)
17,950 psi (123.8 MPa)
Compressive Modulus (72°F)
3.3 × 10⁵ psi (2.3 GPa)
Tensile Strength at Break (72°F)
4,597 psi (31.7 MPa)
Young's Modulus (72°F)
1.38 × 10⁶ psi (9.5 GPa)
Strain-to-Failure (72°F)
0.41%
Flexural Strength (72°F)
10,280 psi (70.9 MPa)
Flexural Modulus (72°F)
1.2 × 10⁶ psi (8.6 GPa)
Shore D Hardness
81
Barcol Hardness (Model 934-1)
23
Impact Resistance (Izod, reverse notched)
1.1 ft-lb/in (57.6 J/m)

Adhesion

Tensile Shear, Mild Steel
3,170 psi (21.8 MPa)
Tensile Shear, Stainless Steel
2,340 psi (16.1 MPa)
Tensile Shear, Aluminum
2,080 psi (14.3 MPa)
Tensile Shear, Copper
2,670 psi (18.4 MPa)
Tensile Shear, Brass
1,320 psi (9.1 MPa)
Pull-Off Adhesion (Steel, 72°F cure)
4,350 psi (30 MPa)
Pull-Off Adhesion (Steel, 212°F cure)
6,070 psi (42 MPa)
Cleavage Strength (Carbon Steel)
1,174 lbf/in (21 kgf/mm)
Tensile Shear Fatigue (4.5 MPa stress)
>1M cycles

Heat & Environmental Resistance

Glass Transition Temperature, Tg (72°F cure)
156°F (63°C)
Glass Transition Temperature, Tg (212°F cure)
216°F (102°C)
Dry Heat Resistance
392°F (200°C)
Salt Spray Resistance
5,000 hours, no visible corrosion

Abrasion Resistance

CS17 Wheels (Dry)
25 mm³ loss per 1,000 cycles
H10 Wheels (Wet)
616 mm³ loss per 1,000 cycles

Electrical Properties

Dielectric Constant (1V, 10 kHz)
8.0
Dissipation Factor (1V, 10 kHz)
0.09
Dielectric Strength
2.2 kV/mm
Surface Resistivity
2.3 × 10¹⁰ MΩ
Volume Resistivity
2.6 × 10⁹ MΩ-mm

Mixing & Application

Mixing Ratio (Base : Solidifier) by Weight5 : 1
Mixing Ratio (Base : Solidifier) by Volume3 : 1
Mixed FormPaste
Color (Base / Solidifier)Dark gray / Light gray
Mixed Density0.039 – 0.041 kg/in³ (2.4 – 2.5 g/cm³)
Volume Capacity24.4 in³/kg (400 cm³/kg)
Working Life at 77°F (25°C)15 minutes
Application Temperature Range41°F to 86°F (5°C to 30°C)
Slump ResistanceNil at 1.0 in. (2.5 cm)
Shelf Life5 years
VOC Content0.09% (2.38 g/L)
Peak Exotherm Temperature210–230°F (99–110°C)
Time to Peak Exotherm30–40 minutes

Certifications & Approvals

ABS ApprovalNSF/ANSI 61FDA Direct Food ContactUSDA Incidental Food Contact

Product PDFs

Videos

Frequently Asked Questions

What causes corrosion?

Corrosion is the gradual deterioration of metal due to a chemical or electrochemical reaction with its environment. Common causes include:

  • Moisture and oxygen: These react with metals like steel to form rust (iron oxide).
  • Salt and chemicals: Accelerate corrosion, especially in marine or industrial environments.
  • Acidic or alkaline substances: Break down protective oxide layers on metals.
  • Electrical currents: Cause galvanic or stray current corrosion, particularly when dissimilar metals are in contact.

Belzona 1111 (Super Metal) helps mitigate corrosion by acting as a barrier coating and restoring integrity to damaged metal surfaces.

How do you repair pitting corrosion?

Clean and prepare the surface, then rebuild with Belzona 1111 or Belzona 1212 to fill pits and restore integrity. Finish with a corrosion-resistant coating like Belzona 5811 or Belzona 1391T for long-term protection.

How do you use metal repair epoxies?

Belzona 1111 (Super Metal) is a two-part epoxy system designed for metal repair and resurfacing. Here's how to apply it effectively:

  • Surface Preparation: Remove any loose material, corrosion, oil, or grease. Ideally, abrasive blasting is used to achieve a roughened surface for optimal adhesion. If blasting isn't possible, use mechanical tools like a grinder.
  • Mixing: Mix the base and solidifier thoroughly at the recommended ratio until you get a uniform color.
  • Application: Apply using a spatula or applicator to the prepared surface. Press firmly to ensure contact and eliminate voids.
  • Curing: Allow to cure at room temperature. Full mechanical strength is usually achieved in 24 hours, but it will begin to set in a few hours.

Typical uses include rebuilding worn shafts, sealing cracked casings, resurfacing flanges, or even bonding structural parts.

How do you bond metal to metal?

Using a high-performance metal repair epoxy like Belzona 1111 is a reliable method to bond metal to metal. The process involves preparing the surface, mixing the two components, applying to the joint, and allowing to cure at room temperature.

How do you bond metal to metal without welding?

If welding isn't an option due to safety, access, or heat sensitivity, Belzona 1111 (Super Metal) provides a cold-applied metal bonding alternative:

  • No sparks, no heat, no special tools required
  • Ideal for bonding dissimilar metals (e.g., steel to aluminum) that may be difficult to weld
  • Can be used in confined spaces or on live equipment if needed

The process is similar to gluing: prepare, mix, apply, and cure. It's commonly used for bonding brackets, securing equipment, or patch repairs.

Can metal adhesives replace welding in structural applications?

Yes. Metal bonding with Belzona adhesives is now a recognized alternative to welding in many structural applications, particularly where hot work creates risk or cost.

Is Belzona 1111 suitable for structural repairs?

Yes. Belzona 1111 (Super Metal) is widely used for structural repair of equipment and metal components, including cracked casings, worn bearing housings, and damaged flanges. It offers high mechanical strength and excellent adhesion to metal substrates. However, Belzona 7311 is a fatigue-resistant adhesive optimized specifically for structural bonding applications requiring high mechanical strength, cleavage and shear resistance.

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