Permabond

ET514 Toughened Flow Controlled Two-Part Epoxy, White/Black

In Stock

Permabond® ET514 is a 1:1 mixable epoxy adhesive. It has excellent resistance to impact and vibration and is ideal for structural bonding of metal, wood, composites, and certain plastics. Its rapid cure speed coupled with its structural strength makes this adhesive suitable for a wide variety of applications. ET514 is high strength and has excellent environmental durability.

Adhesion to a wide variety of substrates
Full cure at room temperature
Easy to apply
High shear and peel strength
Good impact strength

*Static mixer included with 400mL Cartridge

As low as $16.52

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Technical Documents

Product Info & TDS Sheets

Permabond ET514 Technical Data Sheet

Details

More Information
PAC Item Code	C100398
Brand	Permabond
Type	Two-Part Epoxy

More Information

Physical Properties of Uncured Adhesive

	ET514A	ET514B
Chemical Composition	Epoxy Resin	Polyamine Hardener
Appearance	White	Black
Viscosity @25°C	20rpm: 65,000 mPa.s (cP) 2rpm: 225,000 mPa.s (cP)	20rpm: 65,000 mPa.s (cP) 2rpm: 150,000 mPa.s (cP)
Specific Gravity	1.1	1.2

Typical Curing Properties

Mix ratio by volume: 1:1
Maximum gap fill: 2mm (0.08")
Usable / pot life @23°C: 30-50 mins
Handling time @23°C: 60-120 mins
Working strength @23°C: 8-12 hours
Full cure @23°C: 24 hours

Typical Performance of Cured Adhesive

Shear strength* (ISO4587)
- Mild steel: 20-30 N/mm² (2900-4350psi)
- Aluminium: 12-16 N/mm² (1740-2320psi)
- Stainless Steel: 18-22 N/mm² (2610-3190psi)
- Carbon Fibre: 17-21 N/mm² (2465-3045psi)
- FRP Glass/Polyester: >12 N/mm²** SF (>1740psi)
- FRP Glass/Epoxy: 17-21 N/mm² (2465-3045psi)
- PEEK: 3-4 N/mm² (435-580psi)
- Polycarbonate: >8 N/mm²** SF (>1160psi)
- PA6 30% filled: 6-7 N/mm² (870-1015psi)
- PA6 unfilled: 3-4 N/mm² (435-580psi)
Peel strength (aluminum) (ISO11339): 100-150 N/25mm (23-34 PIW)
Hardness (ISO868): 60-75 Shore D
Elongation at break (ISO37): 10-15%
Glass transition temperature Tg: 40-50°C (104-122°F)
Dielectric strength: 15-25 kV/mm
Thermal conductivity: 0.3 W/(m.K)