BDMAEE – Page 1874

bayhydur 304 water-based pu curing agent

Published by BDMAEE on 2023-12-05 | Permalink

type	based on hydrophilic modified aliphatic polyisocyanate of hexamethylene diisocyanatehdi span>
supply form	none solvent type
purpose	use as a curing agent or base material for high-quality water-based polymer dispersions; it can also be used as an additive to improve the performance of water-based coatings and adhesives

product specifications

features	value	measurement units	test method
ncocontent	18.2 ±0.5	%	din en iso 11 909
viscosity,23℃	g/ml	din 53 217/3
flashpoint	226	℃	din en 22 719

*the above values are general information and are not part of product specifications.

solubility/dilution
bayhydur 304 generally has good compatibility with the following solvents: esters, ether esters, xylene and solvent naphtha 100. however, the solubility/compatibility of the prepared solution must be tested. only use polyurethane grade solvents (water content <0.05%).

features/application
due to the hydrophilic nature of bayhydur 304, it is easily emulsified in aqueous media. mainly used as a cross-linking agent for water-based hydroxyl polyols (bayhydrol®), and can also be used as a cross-linking agent for most water-based polymer dispersions with neutral ph values, including polyurethane dispersions (dispercoll® u), polyacetic acid vinyl ester, polyacrylate and synthetic rubber dispersions. after adding bayhydur 304, the prepared two-component system must be used up within the pot life. the pot life not only depends on the polymer content, but also is affected by other components such as resins, thickeners, plasticizers, etc. in many dispersions, the pot life is usually several hours, but the end of the pot life cannot be judged by the gel. in polymer dispersions with a content of 40 – 60%, it is recommended to add 3-10% of bayhydur 304 as a cross-linker with the adhesive dispersion. in order to emulsify bayhydur 304 in adhesive dispersions, effective mechanical stirring is required. manual stirring is not sufficient to ensure uniform emulsification of the system, especially in low-viscosity adhesive dispersions. insufficient dispersion can lead to particle deposition in the adhesive.
if bayhydur 304 needs to add modification additives, the additives must not contain groups that react with isocyanate, nor can they contain secondary components that can react with isocyanate. it is particularly noteworthy that any additives added must not be alkaline or contain secondary components that have a catalytic effect on isocyanate groups. even low concentrations of these components can cause viscosity to rise and even solidify.

save
this product is sensitive to moisture and should be stored in the original sealed container at a temperature not exceeding 30°c. when stored under appropriate conditions, this product has a shelf life of at least 6 months. during storage, viscosity will increase slightly.

safety: hazard identification
this product contains isocyanate, which may cause allergies in contact with skin. the safety data sheet should be read carefully. it includes information on labeling, transportation and storage, as well as information on product use, product safety and ecology.

polythf 2000 ptmeg2000 molecular weight 25190-06-1

Published by BDMAEE on 2023-12-05 | Permalink

cas number : 25190-06-1

molecular formula : c₈h₁₈o₄

chemical name ：polytetramethylene ether glycol; polytetrahydrofuran

purpose ：ptmeg is mainly used to produce polyurethane elastomer and polyurethane elastic fiber (domestically called spandex, internationally called spandex) and ester ether copolymer elastomer.

products packaging :200kg drum, bulk water

test parameters	value	test method
molecular weight	2000±50g/mol	smt1701
hydroxyl content	54.7-57.5mg koh/g	calculate value
maximum acid content	0.05 mg koh/g	smt1702
water content	≤150 mg/kg	smt1002
chroma	≤40 apha	smt0201
stabilizer,bht	200-300 ppm	smt1703

triethanolamine teoa/tea 102-71-6

Published by BDMAEE on 2023-12-04 | Permalink

basic information

product chinese name	2 ,2′,2”-trihydroxytriethylamine; aminotriethanol
product foreign name	triethanolamine
casno.	102 -71-6
molecular formula	c6h15no3
structural formula

purpose
triethanolamine is an important fine chemical intermediate, mainly used in cement grinding aids, personal care intermediates, etc.

product features ：colorless ammonia smell liquid

product packaging ：230kg drum, bulk water

inv-2287 epoxy curing agent ipda replacement

Published by BDMAEE on 2023-12-04 | Permalink

product introduction
inv-2287 is a mixed amine curing agent. it has the advantages of low viscosity and fast curing. the cured product has excellent mechanical properties and high heat distortion temperature.

technical indicators
appearance: light yellow transparent liquid
chroma (gardner): ≤2
amine value (acid-base titration): 615
viscosity (cps/25℃): 5–15
specific gravity (25℃): 0.93
active hydrogen equivalent (ahew): 49
hundred grams of resin addition (phr): 26

advantages
● low viscosity
● quick-curing film
●high heat distortion temperature
●excellent mechanical properties
●excellent weather resistance and yellowing resistance

basic features*
usable time (100g/25℃) 33 minutes
drying time (15g/3mm/25℃) 1.4 hours
curing hardness shored70 (15g/3mm/25℃) 3.5 hours
*the resin used in the above data is bisphenol a type with an epoxy equivalent of 180-190

purpose
●casting bend
●grp winding composite materials

mechanical strength
failure load (n) 217
bending strength (mpa) 86
tensile failure load (n) 2401
tensile strength (mpa) 55

storage
it should be sealed in the original packaging container and placed in a dry place between 0-40℃ (the temperature cannot be lower than 0℃). it should not be stored in the sun.

packaging
packed in 200kg iron drum.

all data provided by haoyi chemical are proven to be correct under certain conditions. however, the company does not promise and assumes no legal responsibility for all data. in view of our products
products will be affected by many factors during processing and use. customers should fully test the applicability of the product before use. for detailed information on related products, please contact our company
ask the salesperson. date of formulation: august 12, 2016 version a/1.

highly chlorinated polypropylene resin 883s (used in pu benzene-free ink)

Published by BDMAEE on 2023-12-04 | Permalink

chemical name ：chlorinated polypropylene resin

general characteristics ：

chlorine content	40 %-42%
viscosity	10-100mpa.s （ 25℃,dissolve with toluene20% span>solid content solution) 80 -300mpa.s（25℃,dissolved with butyl ester40%solid content solution)
solution	transparent
softening temperature	70 about ℃
full melt

features ：

●883s is highly chlorinated the modified product has excellent solubility. in addition to being soluble in common solvents such as toluene and xylene, it can also be used in ethanol.

ester, but it is not soluble in ethanol, acetone, etc. because of its low viscosity after dissolution, it is suitable for relevant environmental protection requirements

requested special applications on inks, adhesives and coatings.

●883sif used in benzene-free polyurethane ink system, it is recommended to first use (a mixture of ethyl ester or butyl ester and cyclohexane or butanone

solution ) dissolved into40%after adding the liquid to the ink based on benzene-free polyurethane resin, the generally recommended addition amount

is4-5%.

●883suse mixed solvent to dissolve40%after solution, the viscosity is low and the transparency is high, suitable for benzene-free polyurethane ink in the system, as ppuse of enhancers .

main purposes ：

1. plastic composite binder.

2. gravure plastic composite ink binder.

3. pp, pet, abs、pvcpurpose material binding material.

4. heat-resistant ink binder.

5. anti-corrosion coating binder.

packaging ：

20kg/ box(paper box)

style=”font-size:16px”> 20kg/box(paper box )

desmodur n100 hdi polyisocyanate light-resistant curing agent

Published by BDMAEE on 2023-12-04 | Permalink

type	aliphatic polyisocyanate (hdibiuret)
supply form	solvent-free
purpose	used as a curing agent component in light-resistant polyurethane coating systems

specifications

features	value	measurement units	method
ncocontent	22.0±0.3	%	din en iso 11909
<span style="font-family:�	1.41	g/ml	din en iso 2811
flashpoint	approx. 181	°c	din 22719

*this data is general information , is not part of the product manual.

solubility/dilution
desmodur® n100 can be used with esters, ketones, and aromatic hydrocarbon solvents such as: propyl methoxyacetate, acetone, methyl ethyl ketone, methyl isobutyl ketone, cyclohexanone, toluene, xylene, 100# solvent naphtha and their mixtures for dilution. generally speaking, it has good compatibility with the above solvents. however, the resulting solution must be tested for storage stability. polyurethane grade solvents should be used (less than 0.05% water content and no reactive groups such as hydroxyl or amino groups). aliphatic hydrocarbons are not suitable as solvents. desmodur® n100 cannot be diluted below 40% solids. solutions with low base content may develop turbidity and sedimentation after long-term storage.

compatibility
desmodur® n100 can generally be used with the following products. namely: desmodur® n3200, n3300, n3400, n3600 and desmodur® z4470 aliphatic polyisocyanates; desmodur® l, hl and il aromatic polyisocyanates; desmophen® 651 and 670 polyester polyols desmophen® a polyacrylic acid ester; desmophen® 1380bt polyether polyol. however, the compatibility of the prepared solution must be tested. properties/applications desmodur® n100 is mainly used as a curing agent for light-fast two-component polyurethane coatings with high chemical and weather resistance, excellent gloss retention and mechanical properties. preferred co-reactants are polyacrylates and polyester polyols. coating systems formulated with desmodur® n100 are suitable for self-drying or baking and are used in automotive paints and industrial coatings such as wood, furniture, plastics and anti-corrosion protection. storedesmodur® n100 sensitive to moisture, therefore should be stored in airtight containers. when stored at 5-25°c in the original container, this product has a shelf life of at least 6 months.

safety: hazard identification
inhalation harmful, may cause allergic reactions by inhalation and skin contact.
the safety data sheet (028669) must be strictly adhered to. it includes information on labeling, transportation and storage, as well as information on product use, product safety and ecology.

font-size:16px”> harmful if inhaled. harmful if inhaled. contact may cause allergic reaction.
the safety data sheet (028669) must be strictly adhered to. it includes information on labeling, transportation and storage, as well as information on product use, product safety and ecology.

desmodur rn cross-linker for shoe rubber, mixed polyisocyanate, excellent resistance to yellowing

Published by BDMAEE on 2023-12-04 | Permalink

type	ethyl acetate solution of aliphatic and aromatic isocyanate polymers
supply form	about40% ethyl acetate solution
appearance	colorless to light yellow liquid. color does not affect bonding performance

properties
desmodur® rn is a cross-linking agent suitable for desmocoll ®), natural or synthetic rubber, it is especially suitable for light-colored adhesives used for bonding rubber materials. use with appropriate adhesives to ensure minimal discoloration under light conditions.

features

features	value	measurement units	method
ncocontent	7.2±0.3	%	din en iso 11909,annex a

other parameters*

features	value	measurement units	method
non-volatile content	about40	%	din en iso 3251
density (20℃)	about1.04	g/cm3	din 53 217/5
viscosity (23℃)	about11	mpa·s	din en iso 3219
solvent	ethyl acetate
flashpoint	–5	℃	din 51 755

*the above data only gives general information is not a characteristic of the product.

application
add after dexmodu® rn, the two-component adhesive must be used within the pot life. the pot life is not only related to the polymer content in the adhesive, but also to other components (such as resins, antioxidants, plasticizers, solvents, etc.) as the pot life approaches, which is usually a few hours or a working day, the adhesive becomes it is more difficult to apply and the viscosity rises quickly. eventually, an irreversible gel appears.

the amount of cross-linking agent required for the adhesive you can refer to the following data:
100 parts by mass of adhesive desmodu® rn dosage
de smoco® (hydroxypolyurethane)
（ polyurethane content is about 20%) 4-7
bayer ping® (neoprene)
(rubber content about 20%) 4-7

packaging
metal bottled: 0.75kg 1l bottle

storage
in stored in the original sealed packaging at 23°c, the product has a shelf life of 6 months.
all desmodu® products are sensitive to moisture conditions and react with water to produce carbon dioxide and insoluble urea, so the container must be tightly sealed. the introduction of water in any form (humid containers, aqueous solvents, humid air) should be avoided, otherwise the carbon dioxide produced may cause a dangerous increase in pressure within the container.
exposed exposure to air or light will accelerate yellowing, but will have no impact on the basic performance of the product.

disposal
useless product residues should be incinerated according to local regulations and should refer to the european waste catalog (ewc) industrial waste coding details. see material safety information for details.
no in areas subject to german packaging regulations, carefully cleaned containers or packaging may be incinerated in local or industrial incinerators. for containers that have not been cleared of contaminants, hazard labels should be retained.

safety: hazardous nature
height flammable. harmful if inhaled. irritation to eyes. may cause allergies if inhaled. repeated exposure may cause dryness or cracking of skin.
safety data sheet (887947), including product identification, transportation, storage , and product-related operational, safety and ecological information, please refer to it.

an style=”font-size:18px”> disposal
useless product residues should be incinerated according to local regulations and should refer to the european waste catalog (ewc) industrial waste coding details. see material safety information for details.
no in areas subject to german packaging regulations, carefully cleaned containers or packaging may be incinerated in local or industrial incinerators. for containers that have not been cleared of contaminants, hazard labels should be retained.

safety: hazardous nature
height flammable. harmful if inhaled. irritation to eyes. may cause allergies if inhaled. repeated exposure may cause dryness or cracking of skin.
safety data sheet (887947), including product identification, transportation, storage , and product-related operational, safety and ecological information, please refer to it.

diethanolamine deoa (dea) 111-42-2

Published by BDMAEE on 2023-12-04 | Permalink

basic information

product chinese name	2 ,2′-iminodethanol; 二(2-hydroxyethyl)amine; dihydroxydiethylamine; 2,2′–dihydroxydiethylamine
product foreign name	diethanolamine
casno.	111 -42-2
molecular formula	c4h11no2
structural formula

purpose
diethanolamine is an important fine chemical intermediate, mainly used in surfactants, cement grinding aids, pesticides, lubricants, whitening agents, etc.

quality indicators

project	indicators	test method
monethanolamine content, wt.%	≥ 99.3	q /3201 byc 46, gc
diethanolamine content, wt.%	≤ 0.3	q /3201 byc 46, gc
triethanolamine content, wt.%	≤ 0.3	q /3201 byc 46, gc
water content, wt.%	≤ 0.1	din 51777-1 or gb/t 6283
chroma, apha	≤ 20	din en 1557 or gb/t 3143
relative density,d3020	1.090 ~ 1.095	astm d 4052

*test every three months

product features ：colorless ammonia smell liquid

product packaging ：215kg drum, bulk water

“font-size:16px”>：colorless ammonia smell liquid

product packaging ：215kg drum, bulk water

vestanat ipdi isophorone diisocyanate 4098-71-9

Published by BDMAEE on 2023-12-04 | Permalink

manufacturer ： degussa

structure :3-isocyanatomethyl-3,5,5-trimethylcyclohexyl isocyanate

physical property parameters

performance

value

unit

test method

density (20℃）

1.058-1.064

g/cm3

din51757astmd2111

viscosity (23</strongplastic technology (rim) and water-based adhesives or hot melt glue. in polyurethane resin technology, the preparation of water-based polyurethane dispersions is the most important application of vestanat^®ipdi, because this starting material can be used to produce low-viscosity prepolymers and final products with low co-solvent content . it is the hard segment component of the resin. if excellent yellowing resistance and low reaction dilution are required depending on the agent or co-solvent content, you can choose polyurethane acrylates (conventional or water-based) for radiation curing based on vestanat ipdi synthesis.
vestanat^®ipdi can be applied to moisture-cured prepolymers, this is another application for polyurethane resins. ipdi can make these products resistant to yellowing, low viscosity and low residual diisocyanate monomer. take vestanat^®ipdi as a basic, solvent-based, high molecular weight polyurethane resin used in coatings that require abrasion resistance, especially where long-term flexibility and lightfastness are required. typical applications are artificial leather polyurethane resins or natural leather finishes. use ipdi to polyurethane alkyd resin to prepare urethane alkyd and urethane oils are primarily used to fully improve the yellowing resistance, drying properties and hardness of these resins.

application in the field of two-component polyurethane, vestanat^®ipdi is an addition product with trihydric alcohol (such as: with tmp adduct) or in the form of polyisocyanate (such as: vestanat^®t1890). this use is primarily for large vehicle and automotive coatings (oem and refinish).

vestanat^®ipdi and its polyisocyanates can be used to prepare blocked polyisocyanates. these blocked polyisocyanates can be used for electrostatic spraying powders cross-linking agent for coatings and solvent-based industrial paints, especially can coatings and coil coatings. ipdi-based cross-linking agent gives solvent-free two-component polyurethane excellent light stability and mechanical properties. this type of system is mainly used in elastomeric coatings and casting resins. hard systems can be used as industrial materials.

activity and catalysis
aliphatic and cycloaliphatic diisocyanates are less reactive than aromatic diisocyanates. ipdi usually requires the use of appropriate catalysts to accelerate the urethanation reaction. it is recommended to use dibutyltin dilaurate as the catalyst for urethanization.
vestanat^®ipdi or the adduct of this product for polyurethane formulation when used as a normal temperature cross-linking agent, dibutyltin dilaurate is often used. when complete or partial reaction of isocyanates and water (moisture) is required, a mixed catalyst of dibutyltin dilaurate and a tertiary amine such as diazodiacyclooctane (dabco) should be used. in addition to dibutyltin dilaurate, iron acetylacetonate , phenylmercury salt (coscatr83) is an effective catalyst for solvent-free polyurethanes (elastomers and casting resins). of course, at high temperatures, resin synthesis is the production of prepolymers , the reaction is also possible without a catalyst. when the temperature increases, the difference in the activity of the two isocyanates of ipdi decreases, so when the catalyst is used at room temperature, the selectivity of the prepolymer is higher. the best selectivity is achieved when the temperature does not exceed 50°c and dbtdl is added.

storage and transportation
vestanat^®ipdi is packaged in non-recyclable 30kg cans and 200kg drums for supply, it is also possible to supply by tanker truck and storage tank. if moisture can be eliminated, ipdi can be stored for at least one year without affecting the quality of the above standards. long-term storage will increase the color index.

it is supplied in � and 200kg drums, and can also be supplied in tank trucks and storage tanks. if moisture can be eliminated, ipdi can be stored for at least one year without affecting the quality of the above standards. long-term storage will increase the color index.

pcdl 1012 polycarbonatediol polycarbonate diol 2000 molecular weight

Published by BDMAEE on 2023-12-04 | Permalink

product parameters

product nameproduct name

polycarbonate diol

model product type

pcdl 10 12

molecular weight molecular weight

2000

appearanceappearance

white waxy solid

hydroxyl contenthydroxyl content %

1.7

acidity valueacidity value mg koh/g

<0.1

colorcolor

100

water content %water content %

<0.1

viscosity70 ℃viscosity cp.s

1550

melting point melting point ℃

4 7

comparison of basic properties of polyurethanes made from various polyols :

project item

pcdl

normal pcdl

ptmeg

pha

heat resistance heat stability

excellent

excellent

bad

liang

weather ability weather ability

excellent

excellent

bad

liang

softness softness

liang

bad

excellent

liang

water resistance hydrolysis resistance

excellent

excellent

liang

bad

fungi resistance fungi resistance

liang

liang

excellent

bad

oleic acid resistance oleic acid resistance

liang

liang

bad

yes

ethanol resistance ethanol resistance

liang

liang

bad

yes

comparison of mechanical properties of polyurethanes made from various polyols ：

projectitem

pcdl

pcl

ptmeg

pha

breaking strength (mpa)

76- 83

52- 64

66- 72

53- 72

breaking elongation (%)

580- 630

880- 970

920- 1040

860- 920

main features
compared with general polyester and polyether diols, it shows quite excellent mechanical properties, hydrolysis resistance, thermal stability and weather resistance. and solvent resistance.

product application
artificial leather, synthetic leather, tpu, tpe, spandex, adhesive, two-component polyurethane coating, self-healing pu coating, water-based polyurethane dispersion; elastic feel and wear resistance paint, etc.
to improve durability, light resistance, chemical resistance, hydrolysis resistance, wear resistance, heat resistance and heat yellowing resistance, pcdl will be the best choice.

solubility/dilution
compatible with esters, ketones, aromatic hydrocarbons and ether esters. long-term storage of low solid content solutions may cause turbidity and precipitation. polyurethane grade solvents should be used (moisture <0.1%, no other reactive impurities).

84848″>76-83

52- 64

66- 72

53- 72

breaking elongation (%)

580- 630

880- 970

920- 1040

860- 920

main features
compared with general polyester and polyether diols, it shows quite excellent mechanical properties, hydrolysis resistance, thermal stability and weather resistance. and solvent resistance.

product application
artificial leather, synthetic leather, tpu, tpe, spandex, adhesive, two-component polyurethane coating, self-healing pu coating, water-based polyurethane dispersion; elastic feel and wear resistance paint, etc.
to improve durability, light resistance, chemical resistance, hydrolysis resistance, wear resistance, heat resistance and heat yellowing resistance, pcdl will be the best choice.

solubility/dilution
compatible with esters, ketones, aromatic hydrocarbons and ether esters. long-term storage of low solid content solutions may cause turbidity and precipitation. polyurethane grade solvents should be used (moisture <0.1%, no other reactive impurities).