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Solvent Free Modified Cycloaliphatic Hanamine 1815 Fast Curing Epoxy Hardener Residential Garage Industrial Floor Top Coating Hardener Paint
Hanamine 1815 is a low viscosity modified cycloaliphatic amine epoxy hardener which used with liquid epoxy resins at room temperature.
Brand:
HANEPOXY
- Overview
- Related Products
Hanamine 1815 Cycloaliphatic Amine Curing Agent for Industrial Epoxy Floor Coating
Specification:
Classification |
Modified Cycloaliphatic amines hardener |
Application |
Curing agent for epoxy floor self-leveling or thin coating surface,mortar flooring |
Model Number |
Hanamine 1815 |
Appearance |
light yellowTransparent Liquid |
Color(Pt-Co) |
≤1 |
Amine Value（mgKOH/g） |
280-340 |
Pot Life（100g/25℃,minutes） |
50-70 minutes |
Full Curing Time |
＜7 days |
Ratio（for Epoxy resin EEW=190） |
A:B=100:50 |
Viscosity(mPa.S) |
200-500 |
Product Description:
Hanamine 1815 Modified cycloaliphatic amine, transparent clear liquid, curing time: 50～70min/150g, Low viscosity modified alicyclic amine epoxy curing agent, at room temperature with liquid epoxy resin. It has long service time, good flexibility, excellent color stability,high hardness, excellent yellowing resistance, and excellent dilution effect on epoxy resin. Mainly used as curing agent for flooring surface coating and color sand curing agent.
Application：
Used as curing agent for epoxy flooring topcoat.
We company produce clear liquid and solidepoxy resin, epoxy curing agent hardener
Product |
Description |
Viscosity cP @ 25ºC
|
Amine Value (mg KOH/g) |
Application |
3357S |
Modified Cyclo-aliphatic Amine Adduct |
20-100 |
370-400 |
River table adhesive glue, ratio1:3with epoxy resin EEW190 |
3357R |
Modified Cyclo-aliphatic Amine Adduct |
20-100 |
280-300 |
River table adhesive glue, ratio1:2with epoxy resin EEW190 |
3357 |
Cyclo-aliphatic Amine |
50-150 |
250-310 |
Modified HMDA Good UV resistance, slow curing speed,for wood furniture |
For flooring surface coating and color sand epoxy floor coating.
Storage and Packaging:
Stored in a cool and dry place with ventilation and can be sealed for 12 months. Avoid direct contact with water or strong acid and alkali.
Package:200kg/ iron drum,220kg or 240kg in iron drum，1000kg in IBC tank
Tips:
1.What is epoxy resin used for ？
Epoxy resin is a kind of high performance thermosetting resin, which is widely used in industrial fields for its excellent adhesive properties, mechanical properties, chemical resistance and electrical insulation.
1. Chemical structure:Epoxy resin is produced by the condensation reaction of epichlorohydrin and bisphenol A or polyphenol and other raw materials. Its molecular structure contains active epoxy groups (C-O-C), these groups can be cross-linked with a variety of curing agents.
2.Performance characteristics:
√High strength and hardness: epoxy resin can form a three-dimensional network structure with high cohesion after curing.
√Good adhesion: excellent adhesive strength to metal, ceramics, glass, concrete, wood and many other materials.
√Chemical resistance: can resist the erosion of a variety of chemical substances, including acid, alkali, salt, etc.
√Electrical insulation: good electrical insulation properties, suitable for electronic and electrical industries
√Temperature resistance: it can keep the performance unchanged in a certain temperature range, but the long-term high temperature may affect its performance.
3.Application fields:
√Coating: as anticorrosive coating, metal primer and insulating paint.
√Adhesive: used in structural adhesive, electronic adhesive, etc.
√Composite materials: used in the manufacture of FRP (fiber reinforced plastic) and other composite materials.
√Electrical and electronics: used for encapsulation materials, insulation materials, etc.
√Construction industry: used for epoxy floor paint, reinforcement materials, quick repair materials, etc.
4. Curing process:it needs to react withcuring agents (such as amines, anhydrides, phenolic resins, etc.)to form thermosetting plastics. The curing process can be either heat-promoted or at room temperature, depending on the type of curing agent and environmental conditions.
5. Modification:The properties of epoxy resins can be modified to meet the needs of a particular application by the addition of various fillers, diluents, and other additives.
2.What curing agents do we offer and how do they behave in epoxy resins?
√.Polyamides：produced by reacting dimerized and trimerized vegetable oleic acid or unsaturated fatty acids with polyamines. They have very good elasticity, adhesion and water resistance, good constructability, low toxicity, but lower heat resistance, usually the heat distortion temperature is only about 50 ℃. It is suitable for construction in humid environment, but the curing speed is slow, may need to add accelerator,suitable for anticorrosive primer, floor paint and so on.
√Aliphatic amines:this kind of curing agent has large dosage, mostly liquid, good miscibility with epoxy resin, can be cured at room temperature, but heat resistance is not high, usually need to be heated after curing to improve heat resistance.
√Aromatic amine:the molecular structure contains benzene ring, alkaline, and epoxy resin reactivity is small, usually need to be heated curing, curing material has good heat resistance, drug resistance and mechanical properties,its modified curing agent can be applied to the floor primer.
√Alicyclic amines:containing alicyclic structure of amine compounds, generally low-viscosity liquid, with a longer period of application and good mechanical strength, modified products can be cured at room temperature,suitable for epoxy flooring finishes and so on.
√Polyether amines:These curing agents can enhance the elasticity, toughness, impact resistance and flexibility of the cured material, low viscosity, low color, low price,modified products can be applied to the floor paint materials in the paint and top coat, also suitable for the production of epoxy jewelry glue.
√Anhydride curing agent:By reacting with the hydroxyl group in the epoxy resin, it forms a stable cross-linking structure, which improves the thermo-mechanical properties and insulating properties of the material. Compared with amine curing agents, they usually need to be baked at higher temperatures to cure completely, and are usually used in the field ofglass fiber reinforced polymer materials.
