• Epoxy Resin E51 128 220kgs/Barrel Bisphenol A Liquid Epoxy Resin Building Adhesive System 1
  • Epoxy Resin E51 128 220kgs/Barrel Bisphenol A Liquid Epoxy Resin Building Adhesive System 2
  • Epoxy Resin E51 128 220kgs/Barrel Bisphenol A Liquid Epoxy Resin Building Adhesive System 3
Epoxy Resin E51 128 220kgs/Barrel Bisphenol A Liquid Epoxy Resin Building Adhesive

Epoxy Resin E51 128 220kgs/Barrel Bisphenol A Liquid Epoxy Resin Building Adhesive

1 - 4 PCS

US$1220

5 - 9 PCS

US$1200

>= 10 PCS

US$1180


Loading Port:
Guangzhou
Delivery Time:
20 days after your payment

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E51

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Epoxy Resin E51

Basic Information:

Material:Epoxy Resin

Color: Transparent

Shelf Life: 12 Months

Model Number:E51

MOQ:220kgs/Barrel

Payment Terms: L/C T/T Credit Card


 

Production Description

 

Epoxy resin E51 is a bisphenol A liquid epoxy resin, which belongs to basic epoxy resin and is a low toxic, colorless or yellowish viscous liquid. It is mainly used for bonding, casting, sealing, impregnation, lamination and other fields. It can also be used as raw material for epoxy resin processing. It accounts for a large proportion in the application of coatings. The solvent-free or less solvent-free coatings prepared by epoxy resin have strong corrosion resistance, and have little environmental sludge during construction. It coatings are mainly used as anti-corrosion paint, metal primer and insulating paint. Its commonness:

1. Good chemical resistance, especially alkali resistance.

2. The paint film has strong adhesion, especially to metal.

3. It has good heat resistance and electrical insulation.

4. The paint film has good color retention.

 

Application

1. Pouring of insulation packages for electrical appliances and motors: manufacturing of overall fully sealed insulation packages for high and low voltage electrical appliances such as electromagnets, contactor coils, transformers, dry-type transformers, etc. It has developed rapidly in the electrical industry. It has developed from normal pressure pouring and vacuum pouring to automatic pressure gel forming.

 

2. Epoxy resin 128 is widely used for encapsulation and insulation of devices with electronic components and circuits. It has become an indispensable and important insulating material in the electronic industry.

 

3. Electronic grade epoxy molding compound is used for plastic packaging of semiconductor components. It has developed very fast in recent years. Because of its superior performance, it has a great tendency to replace the traditional metal, ceramic and glass packaging.

 

3. Epoxy laminated plastic is widely used in electronic and electrical fields. The development of epoxy copper clad laminate is particularly rapid, and it has become one of the basic materials in the electronic industry. In addition, epoxy insulating coatings, insulating adhesives and electrical adhesives are also widely used.

 

4. Engineering plastics and composite materials: epoxy engineering plastics mainly include epoxy molding materials, epoxy laminated plastics and epoxy foam plastics used for high-pressure molding. Epoxy engineering plastics can also be regarded as a kind of generalized epoxy composite materials. Epoxy composites mainly include epoxy glass fiber reinforced plastics (general composite) and epoxy structural composites, such as pultruded epoxy profiles, wound hollow rotary products and high-performance composites. Epoxy composite is an important structural and functional material in chemical industry, aviation, aerospace, military and other high-tech fields.

 

5. Civil materials are mainly used as anti-corrosion floor, epoxy mortar and concrete products, high-grade pavement and airport runway, quick repair materials, grouting materials for strengthening foundation, building adhesives and coatings, etc

 

1. Ornament Splice 2. Floor Coating 3. Insulation Material

 

4. Wind Power Blade Plate 5. A B Glue 6. Electrical Industry


Technical Data for E51

Property and Characteristic

High mechanical properties. Epoxy resin E51 has strong cohesion and dense molecular structure, so its mechanical properties are higher than those of general thermosetting resins such as phenolic resin and unsaturated polyester.

 

Strong adhesion. The curing system of epoxy resin contains epoxy group, hydroxyl group, ether bond, amine bond, ester bond and other polar groups with great activity, which endows the epoxy cured material with excellent adhesion to polar substrates such as metal, ceramics, glass, concrete and wood.

 

Good processability: epoxy resin basically does not produce low molecular volatiles when curing, so it can be molded under low pressure or contact pressure. Epoxy resin E44 can be used with various curing agents to manufacture solvent-free, high solid, powder coatings, water-based coatings and other environment-friendly coatings.

 

Excellent electrical insulation: Epoxy resin is one of the best varieties of thermosetting resin with medium electrical properties.

 

Good stability and chemical resistance. The epoxy resin without impurities such as alkali and salt is not easy to deteriorate. As long as it is properly stored (sealed, free from moisture and high temperature), the storage period is 1 year. It can still be used if it passes the inspection after expiration. The epoxy curing compound has excellent chemical stability. Its corrosion resistance to alkali, acid, salt and other media is better than that of unsaturated polyester resin, phenolic resin and other thermosetting resins. Therefore, epoxy resin is widely used as anti-corrosion primer. Because the cured epoxy resin has a three-dimensional network structure and is resistant to oil impregnation, it is widely used in the inner wall lining of oil tanks, oil tankers and aircraft.


Storage and Shipping

When storing epoxy resin, please keep away from direct sunlight, heat source, ignition point and waterproof. Dangerous goods shall be stored according to regulations. If they are not used up after opening, they shall be sealed for storage. The shelf life of epoxy resin is generally 1 years, and it can still be used after passing the retest. Under relative conditions, such as storage at freezing temperature, some epoxy resins may crystallize, which is only a physical change and does not change their chemical properties. In case of crystallization, the resin can be heated to 70-80 ° C and restored to its original state by stirring.

Usage

Epoxy resin is rarely used alone. Generally, auxiliary materials such as curing agent filler are used. Tertiary amine compounds are used as curing agents, which are usually 5 to 15% of the resin amount. Acid anhydride is used as curing agent, which is 0.1 to 3% of the resin amount. Polybasic adhesive is used as curing benefit. Epoxy resin is cut to 1:1 mol cal. 703 is used as curing agent, which can be used according to 1.0.4


Q: If anyone recalls my 2000 Ford Focus dying, here‘s an update. After changing the MAF sensor, fuel filter, and fuel pump, my dang Focus still had the lack of power uphill, and ocassional stall while coming to a stop (with no CEL). I‘ve used a fuel additive to clean the fuel system, and it seemed to improve greatly, only stalling once during a 2hr test drive. Now, I‘m wondering if something may be clogged of some sort. Really debating on using the SeaFoam thru‘ brake booster approach and some in the fuel tank. Any input or previous experiences???
Discovered seafoam a couple of years ago when another mechanic mentioned it. I use it both in the fuel and oil of the tow truck and a while back when I had to change out an injector, I was amazed how clean things were. I highly recommend it.
Q: Maybe someone can help. A few years ago I watched a documentary about an additive that was being put into gasoline that had NO purpose whatsoever except to RAISE the PRICE. It told who the company that got a contract from the government , and it raised the price of gasoline approximately 30-45 cents per gallon. It had no benefits. I cant remember the name of it or the documentary , can anyone help?
Sounds like tax. I've never heard of something like that. Most additives like MBTE or Ethanol are supposed to either reduce pollution or replace some of the gasoline and reduce the overall consumption.
Q: Find the opposite, or additive inverse, of 3/4 ???
I believe that the additive inverse is just the negative of the number so it would be -3/4
Q: Explain why the additive inverse of -3 + x is 3 - x.
since (-3+x) + (3-x) 0, -3+x and 3-x are each other's additive inverses u is the additive inverse of v if and only if u + v 0
Q: I have heard of the stuff called Sentek. Does it really work? How will i know?
Tetra-ethyl lead is the answer to your question as the best fuel additive - unfortunately, it's extremely toxic and we have to compromise the octane rating with aromatic hydrocarbons, ethers and alcohol (usually ethanol or methanol).
Q: What are the additives for popcorn? What makes it more crisp, more fragrant, let it have creamy taste to add what? Where is the sale of Harbin? The more detailed the more professional the better!
Street stalls and more use of cast iron popcorn machine processing, produced cottage version of popcorn there is a certain security risk. Popcorn machine in the heating, must be sealed, the internal can produce higher pressure. When the popcorn machine is heated, the lead in the popcorn machine will lead to a large amount of lead vapor and lead smoke in the form of a direct spill, direct pollution of food, and when the rapid decompression, the lead is more likely to be loose popcorn adsorption. If these lead into the human body with popcorn, it will damage the human nervous system and digestive system. Especially children with detoxification of lead function is weak, eat high lead content of popcorn high prone to chronic lead poisoning, resulting in decreased appetite, diarrhea, irritability, gingival violet and slow growth and other phenomena.
Q: The percentage of food additive usage is relative to what
Equivalent to 1% of food
Q: Green pollution-free organic feed additives which, in the production and application of what role?
Bacillus subtilis is a good strain. Wide range of applications, can be used in the feed company. Used as feed additives. Feed: add to the full price of this product to calculate the product specifications: 20 billion / g) suckling pig: 500-1000 g / t piglets, growing pigs, finishing pigs: 300-600 g / t eggs: 300-600 G / t Meat: 200-500 g / t Ruminant: 500-1000 g / t Aquatic animals: 300-500 g / t Feed Company According to its own situation, for suckling piglets, piglets, growing pigs, finishing pigs, etc. or other animals Appropriate ingredients for poultry. The above data is for reference, the general recommendation can be one thousandth.
Q: And what‘s their benefits compared to the non- genetically modified
Feed additives are typically things like mineral supplements, medication, or non-organic substances that either help bind the feed or help digestion (grit with chicken). Those types of substances are not based on organisms so they can't be genetically modified, nor is there any reason. It might help to specify your question a bit more if there is a particular animal feeding system you are interested in.

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