Gasoila
Thred Gard Copper Based Anti-Seize Compound
- Availability:
- Usually in Stock – Ships Quickly
- Weight:
- 0.00 LBS
Description
Thred Gard Copper Based Anti-Seize Compound
Thred Gard Copper Based Anti-Seize Compound is a non-hardening, non-dripping anti-seize lubricant formulated to help protect threaded and mechanical components against seizing, galling, rust, and corrosion.
Designed for demanding industrial maintenance and assembly applications, Copper Based Thred Gard can be brushed onto nuts, bolts, screws, bushings, cam rollers, shafts, sleeves, couplings, conveyors, motors, pumps, turbines, valves, and other compatible components. It helps speed assembly, facilitates later disassembly, and is suitable for temperatures up to 1,800°F / 982°C.
Product Highlights
- Copper based anti-seize compound
- Provides protection against seizing and galling
- Helps protect against rust and corrosion
- Speeds assembly and facilitates disassembly
- Non-hardening formulation
- Non-dripping consistency
- Brush-on application
- Suitable for nuts, bolts, screws, bushings, shafts, sleeves, couplings, valves, pumps, turbines, and more
- Designed for industrial maintenance and assembly applications
- Exceeds MIL Spec MIL-A-907D
- Suitable for temperatures up to 1,800°F / 982°C
Technical Specifications
| Manufacturer | FedPro / Thred Gard |
|---|---|
| Product | Thred Gard Copper Based |
| Product Type | Copper Based Anti-Seize Compound |
| Application | Brush-On |
| Setting Characteristics | Non-Hardening |
| Consistency | Non-Dripping |
| Primary Protection | Seizing, Galling, Rust & Corrosion |
| Maximum Temperature | Up to 1,800°F / 982°C |
| Military Specification | Exceeds MIL-A-907D |
| Available Sizes | 1/4 lb Brush, 1/2 lb Brush, and 1 lb Brush |
Protection Against Seizing & Galling
Thred Gard Copper Based Anti-Seize is designed to help protect mating metal components against seizing, galling, rust, and corrosion. Its anti-seize properties can simplify assembly and help facilitate future disassembly during maintenance or equipment service.
Recommended Components
Threaded & Rotating Components
- Nuts
- Bolts
- Screws
- Bushings
- Cam rollers
- Shafts
- Sleeves
- Couplings
Industrial Equipment
- Conveyors
- Motors
- Pumps
- Turbines
- Valves
- General plant equipment
Industrial Applications
Copper Based Thred Gard is suitable for a broad range of industrial maintenance, manufacturing, processing, marine, power-generation, and construction environments, including:
- Steel mills
- Forges
- Foundries
- Die casting operations
- Refining installations
- Chemical installations
- Marine service
- Farm equipment
- Construction equipment
- Power plants
- Utility plants
- Paper mills
- Pulp mills
- General plant maintenance
Performance Features
High-Temperature Protection
Suitable for service temperatures up to 1,800°F / 982°C in compatible applications.
Non-Hardening
The non-hardening formulation helps maintain anti-seize performance and supports easier future disassembly.
Non-Dripping
Its non-dripping consistency helps keep the compound where it is applied during assembly and maintenance work.
MIL Specification
Thred Gard Copper Based Anti-Seize exceeds MIL Spec MIL-A-907D.
Technical Data Sheet
Review the current Technical Data Sheet for manufacturer product information, performance characteristics, application guidance, and technical requirements.
Safety Data Sheet
Review the current Safety Data Sheet before handling or using Thred Gard Copper Based Anti-Seize Compound. Follow all manufacturer safety, handling, application, storage, and disposal instructions.
Important Application Information
- Brush onto compatible threaded, fitted, sliding, or mechanical components as required.
- Confirm material, temperature, and application compatibility before use.
- Apply according to current manufacturer instructions.
- Do not exceed the manufacturer's stated temperature limitations.
- Review the current Technical Data Sheet before application.
- Review the current Safety Data Sheet before handling or use.
Need Help Selecting an Anti-Seize Compound?
Our industrial PVF specialists can help review your equipment, operating temperature, materials, environment, and maintenance requirements before you order.
Frequently Asked Questions
What is Thred Gard Copper Based Anti-Seize used for?
It is designed to help protect threaded and mechanical components against seizing, galling, rust, and corrosion while helping facilitate future disassembly.
What components can Copper Based Thred Gard be applied to?
The supplied product information lists nuts, bolts, screws, bushings, cam rollers, shafts, sleeves, couplings, conveyors, motors, pumps, turbines, valves, and similar components.
Does Thred Gard Copper Based harden?
No. The supplied product information identifies the compound as non-hardening.
Is Thred Gard Copper Based non-dripping?
Yes. The supplied product information identifies it as a non-dripping compound.
What is the maximum temperature rating?
Thred Gard Copper Based is suitable for temperatures up to 1,800°F / 982°C.
Does Copper Based Thred Gard meet a military specification?
The supplied product information states that it exceeds MIL Spec MIL-A-907D.
What industries use Copper Based Thred Gard?
Listed applications include steel mills, forges, foundries, die casters, refineries, chemical installations, marine service, farm and construction equipment, power and utility plants, paper and pulp mills, and general plant maintenance.
Does anti-seize make equipment easier to disassemble?
Thred Gard Copper Based is designed to speed assembly and facilitate disassembly while helping protect against seizing, galling, rust, and corrosion.
Where can I find the Technical Data Sheet?
Where can I find the Safety Data Sheet?
Important Ordering Notes
- Choose the required container size before ordering.
- Available in 1/4 lb, 1/2 lb, and 1 lb brush-top containers.
- Confirm operating temperature, materials, and application requirements before ordering.
- Suitable for temperatures up to 1,800°F / 982°C.
- Exceeds MIL Spec MIL-A-907D.
- Review the current Technical Data Sheet before use.
- Review the current Safety Data Sheet before handling.
