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Bio-Seal E206 High Temperature Epoxy Coating

Bio-Seal E206 Epoxy Coating | High Temperature Application | 100% Solids | VOC free | Up to 40 mils

Starting at $100.00

  • High Temperature Coating: for pipelines, tanks and other equipment. Provides outstanding protection against environment exposures and hydrocarbons
  • High Temperature Service
  • Ambient Hardening
  • Single coat application up to 40 mils
  • Long overcoat window
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Overview

  • Description
  • Additional Information
  • Specs
  • Cure
  • Application
  • Calculator
  • More Options

Bio-Seal E206 Epoxy Coating | High Temperature Application | 100% Solids | VOC free | Up to 40 mils

Bio-Seal E206 is formulated using a combination of epoxy resins and high temperature curing agents to provide outstanding corrosion resistance at elevated temperatures. Unlike most high temperature systems that stay liquid at ambient temperatures, Bio-Seal E206 is uniquely formulated to harden at ambient temperatures, providing a drip-free and dust-free application before returning to temperature service.

Packaging for the Bio-Seal E206 comes in 1 Quart, 1/2 gallon, 1 gallon and 2 gallon kits.

Primer: N/A

Topcoat: Bio-Dur E3000

Where is Bio-Seal E199 typically used?

  • Pipelines
  • Tanks
  • Equipment
  • Areas where high temperature service is needed

Why Bio-Seal E199?

  • High Temperature Coating: for pipelines, tanks and other equipment. Provides outstanding protection against environment exposures and hydrocarbons
  • High Temperature Service
  • Ambient Hardening
  • Single coat application up to 40 mils
  • Long overcoat window
  • 100% Solids
  • VOC free
  • High compressive strength and modulus

SPECIFICATIONS

Vehicle Type Epoxy and Polyamines / Isophoronediamine
Pigmentation Colorant / Inert 
Solids by Volume 100%, VOC free
Mixed Density 1.38 g/ml3
Mixing Ratio by Volume 3 : 1
Thinner Not Needed
Colors Light Blue, Red
Finish/ Gloss Full Gloss
Flash Point > 200F
VOC Essentially zero
Application Method Brush, Roller, Spatula
Recommended Application Thickness: 20 mils per coat
Spreading Rate / gal 80 sq.ft./gallon @ 20 mils
Pot Life 60 minutes @ 77F
Dry Time - Dust Free 6 hours @ 77F
Dry Time - Handling 12 hours @ 77F
Maximum Overcoat Window 72 hours @ 77F
Induction Not Needed
Cleaner MEK or Lacquer thinner
Storage Conditions 24 months Sealed, stored in protected environment avoiding direct sunlight exposure
Application Temperature 50°-150°F. Higher temperatures require ventilation.
Gel Time 65 minutes
Hardness 82 Shore D ( post cured) @ ASTM D2240
Glass Transition 296F @ ASTM E1356
Thermal Conductivity 0.220 [W/(m*K)] @ ASTM D5930
Impact 25 in/lbs @ ASTM D2794
Adhesion to Steel 3,000+ @ ASTM D4541
Compressive Strength 13,700 psi @ ASTM D695
Modulus 298,500 psi @ ASTM D695

CURE SCHEDULE

Pot Life Approximately60F @ 77F
Dry Time, Dust Free 6 hours @ 77F
Dry Time, Handling 12 hours @ 77F
Maximum Overcoat Window 72 hours @ 77F
Application Temperature 50F-150F
Mixing Ratio 3 : 1
Cleaner MEK or Lacquer Thinner

APPLICATION TEMPERATURE: 50-150 degrees F

Product Use Instructions 

Surface Preparation

General: Surface should be clean and free of contamination such as greases, oils or other residues. Clean with detergent wash then flush with fresh water if necessary. Abrasive blast metals to SSPC-SP10 "Near White Blast" standards with a 2-4 mil anchor profile to provide optimal adhesion performance. Bio-Seal E206 coating can be applied over properly prepared steel, galvanizing, aluminum and concrete

Mixing Procedures

This material is a two-component product, premeasured to produce the desired kit size once part A and B are mixed. For small kits, a Jiffy type mixer with a high torque motor is recommended for proper blending. Add the curing agent into the base and mix for about 1 minute, taking care to reach all corners and walls to eliminate unmixed material. Unmixed material will never harden. Material may immediately be used.

Application 

Apply to substrate using a brush or straight-edged spreader. Use a wet film gauge to measure application thickness. For thick or multi-coat applications, allow material to harden before post curing.

Post Curing Schedule 

This material requires an elevated temperature to cure correctly and reach stated physical properties. Inadequate temperature or heating times will result in diminished physical properties, severely impacting performance of the product.

Safety: This is a hazardous material if misused. Read and understand the Safety Data Sheets (SDS's) before use

Step 1: (2) hours at 180F
Step 2:  (2) hours at 302F

Warranty Disclaimer: The technical data given herein has been compiled for your help and guidance. It is based upon our experience and knowledge however, as Eewe have no control over the use to which this information is put, no warranty, express or implied, is intended or given. We assume no responsibility whatsoever for coverage, performance, or damages, including injuries resulting from use of this information or products recommended herein.

Square Footage Calculator

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Coverage estimates are provided as a general guide. Actual product usage may vary based on surface condition, porosity, application method, and project requirements.

Square Feet 0 ft²

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