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2K-PU joint sealant with polybutadiene polyol 32/43 Shore A

2K-PU joint sealant with polybutadiene polyol
32/43 Shore A
Polyol polybutadiene
Isocyanate modified diisocyanate-di-phenylmethane

Transparent wood filler

Guide formulation for an industrial coating, specifically a transparent wood filler based on acrylate. It provides a detailed recipe for creating the filler using various components, including Butylcellosolve (BG), deionized water, Tego Dispers 750 W, SILLITIN Z 89, Mistron 754, Alberdingk AC 31, Byk-024, and Rheovis PU 1214 NC. The mixing instructions are also provided, detailing the process of premixing certain components before adding others and stirring with high shear force for a specified duration.
Suppliers for each component are listed, and a disclaimer is included regarding the non-binding nature of the advice provided, along with the company's limited liability. Overall, the document serves as a comprehensive guide for formulating a transparent wood filler for industrial applications.

Air-Drying One Component Anti-Corrosion Primer – Grey

This document outlines a starting formulation for an air-drying one-component anti-corrosion primer in grey color. The primer is designed to offer fast drying times, even under adverse conditions, excellent pendulum hardness, and great corrosion resistance. The formulation includes a variety of components sourced from different suppliers, each contributing to the primer's performance and properties.
Here's a breakdown of the formulation steps and components:
1. Resin Base: Bayhydrol UH 2592 from Covestro is the main resin component, comprising 30.84% of the formulation.
2. Solvents and Additives: Butyl glycol/Dowanol DPnB (1:1) serves as the solvent, while Borchi® Gen 1750, Ascotran H10, Borchi® Gol LA 50, and Borchers® AF 1171 act as wetting agents, dispersants, flash rust inhibitors, substrate wetting agents, and defoamers, respectively.
3. Pigments and Extenders: This step involves incorporating anti-corrosion pigments (K-White 105 and Bayoxide® Z active), black and white pigments (Kronos 2190 and Lamp Black FW 101), and extenders (EWO and Finntalc M 15) into the resin base.
4. Water Addition: Deionized water is added in multiple steps to achieve the desired consistency and viscosity of the primer.
5. Thickener and Drier Addition: Borchi® Gel 0620, a rheology modifier, and Borchi® OXY-Coat 1101, a co-free drier, are added to enhance the primer's application properties and drying characteristics.
6. Final Adjustment: Water is added to adjust the spray viscosity to the recommended level.
The formulation process involves specific mixing and stirring procedures at different stages to ensure proper dispersion and homogeneity of the components. The document also includes technical data such as pH value, viscosity, pigment volume concentration, density, solids content, drying time, VOC content, and cross-cut test results. Additionally, suppliers for each component are listed along with their respective websites for further reference. Finally, a disclaimer is provided, stating that the information is for guidance only, and customers are responsible for testing and verifying the suitability of the product for their specific applications.

WATERBORNE WHITE DTM based on EPS595 WITH ASCONIUM-143

This formulation provides detailed instructions for creating a waterborne white DTM paint, focusing on long-term protection. It includes information on the sequential addition of components, technical data such as salt-spray performance, and contact details for further inquiries.
Here's a breakdown:
- Description: The paint is formulated to provide extended protection for metal surfaces, with specific emphasis on resistance against corrosion and rust formation.
- Components:
  1. WATER: Primary solvent.
  2. TEGODISPERSE 750W: Dispersing agent from EVONIK.
  3. AMP90: Neutralizer supplied by ANGUS.
  4. BYK 024: Defoamer provided by BYK Chemie.
  5. TAFIGEL PUR 85: Thickener from MÜNZIG.
  6. KRONOS 2190: Titanium dioxide (TiO2) by KRONOS.
  7. ASCONIUM-143: Anticorrosion additive from ASCOTEC.
  8. EPS595: Binder supplied by EPS.
  9. Dowanol DPnB: Co-solvent by Dow Chemicals.
  10. ASCOTRAN-H10: Flash-rust inhibitor from ASCOTEC.
  11. TAFIGEL PUR64: Thickener provided by DOW.
- Total Composition:
  - Total Weight: 100
  - SALT-SPRAY PERFORMANCE:
    - Substrate: Cold-rolled steel (Qpanel R-Type)
    - Exposure Time: 480 hours
    - Number of Layers: 1
    - Dry Film Thickness: 80-85 µm

Hard sponge compounds, black Partial replacement of carbon black

AUTOMOTIVE INDUSTRY
Hard sponge compounds, black
Partial replacement of carbon black with Neuburg Siliceous Earth for weight and cost
savings, electrically non-conductive
60 Shore A, EPDM, sulfur cure / CV cure

Clear coat for furniture, water-based

Clear coat for furniture, water-based
preferably as topcoat
fast drying, good sandability and blocking resistance
good resistance to chemicals and water
Basis: Acrylic dispersion (core-shell), self cross-linkable

1K Hydro soft feel lacquer, black without matting agent based on urea methanal condensate

Industrial coating
1K Hydro soft feel lacquer, black
without matting agent based on urea methanal condensate
Bayhydrol UH 340/1//UH 650
Basis Polyurethane

Coil coating topcoat, solvent-based, white, glossy cost-effective

This document describes a guide formulation for an industrial coil coating topcoat. It's solvent-based, white, and glossy, with a focus on being cost-effective. The base is polyester, and it involves substituting 20% titanium dioxide. The formulation includes various components such as Dynapol LH 538-02, Solvesso 150, Aerosil 200, Kronos 2310, SILLITIN Z 89, Cymel 303 LF, Cymel 327, Nacure 2500, Resiflow FL 2, Byk-057, and Butyl diglycol acetate.
The mixing instructions detail the process of combining these components, including stirring, grinding, and premixing, before application to galvanized steel plates and stoving in a continuous furnace.
Technical data provided includes properties such as dry film thickness, color, haze, gloss, cross-cut test results, pendulum hardness, impact test results, cupping test results, scratch resistance, MEK resistance, and performance under weathering conditions.
Suppliers for each component are listed, and there's a disclaimer regarding the non-binding nature of the advice provided.

Eloxal cleaner

INDUSTRIAL AND HOUSEHOLD CLEANER
Eloxal cleaner

Moisture Curing Adhesive based on silane-terminated polyether, high strengt

Adhesive based on silane-terminated polyether, high strength
e. g. parquet adhesive meeting the requirements of DIN EN 14293 for “hard” and
“soft” adhesives
60 Shore A
Basis silane-terminated polyether

Raw materials

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Luvogel 4

LUVOGEL® 4 is a rheological additive designed to modify the flow properties of various formulations. Here's a detailed overview:
Product Description:
- Name: LUVOGEL® 4
- Chemical Description: Organically modified montmorillonite (a type of clay)
- Appearance: Light cream powder
- Density: 1700 kg/m³
- Apparent Density: Approximately 530 kg/m³
- Humidity: Max. 3.0%
Application:
LUVOGEL® 4 is used in a range of low to medium polar formulations to improve their rheological properties, specifically:
- Industrial Coatings
- Do-it-yourself Coatings
- Construction Paints
- Primers
- Printing Inks
- Adhesives
- Putties
Properties:
- Rheological Effects: Provides thixotropic flow properties, which means it allows the formulation to be thickened or thinned based on shear forces.
- Sag Control: Helps in controlling sagging and settling in formulations, ensuring uniform application and consistency.
- Viscosity Increase: Slight increase in viscosity, contributing to better flow control and stability.
Dosage:
- Typical Usage: 0.3% - 3.0% of the total formulation weight, depending on the desired product properties.
Processing:
- Incorporation: Can be added as a powder or as a pre-gel. A polar activator is recommended for optimal performance.
- Shear Forces: Adequate shear forces are required for effective dispersion, so the use of a dissolver or high-shear mixer is advised.

EBECRYL® 4101

EBECRYL® 4101 is an undiluted aliphatic urethane acrylate designed for coatings on various surfaces such as wood, cork, furniture, paper, parquet, and film. Here's a breakdown of its technical datasheet:
- Introduction: EBECRYL® 4101 is free from intentionally added organic tin compounds and is suitable for UV/EB cured coatings.
- Performance Highlights:
  - UV/EB cured coatings based on EBECRYL® 4101 exhibit high flexibility and good chemical and mechanical resistance properties. However, the actual properties also depend on other formulation components.
- Suggested Applications:
  - EBECRYL® 4101 is used in the formulation of UV/EB energy curable coatings applied by roller coating, spraying, and curtain coating on wood, cork, furniture, paper, parquet, and film.
- Formulating:
  - Adjusting the coating to application viscosity can be done using standard reactive diluents such as dipropylene glycol diacrylate (DPGDA), 1,6-hexanediol diacrylate (HDDA), isobornyl acrylate (IBOA), and trimethylolpropane triacrylate (TMPTA), or solvents such as butyl acetate.
  - Compatibility with reactive diluents and solvents must be tested in each case.
  - UV curing requires the addition of standard commercial photoinitiators at typical levels of 4 - 6%. In EB curing, a low oxygen atmosphere is necessary to avoid surface inhibition.
  - Lower gloss coatings can be achieved using standard matting agents, but sedimentation should be considered to prevent premature gelling.
- Typical Physical Properties:
  - Acid number (mg KOH/g): ≤ 2
  - Color (Apha): ≤ 200
  - Density (g/cm³ at 20°C): 1.13
  - Flash point (°C): > 100
  - Functionality: 3.0
  - Hydroxyl content (%): ~0.3
  - Viscosity (23°C, mPa.s): ~7500
- Precautions:
  - Follow the Safety Data Sheet (SDS) for handling precautions.
- Storage and Handling:
  - Avoid exposure to high temperature conditions, direct sunlight, ignition sources, oxidizing agents, alkalis, or acids to prevent uncontrollable polymerization.
  - Store in appropriate containers and avoid procedures that remove or displace oxygen from the material.
  - Recommended storage temperature range is provided in the SDS.

Durcal® 2

DURCAL 2 by Omya is a mineral filler and pigment primarily composed of calcium carbonate, which is derived from limestone. Here are the key details about DURCAL 2:
- Product Type: It belongs to the category of fillers, specifically ground calcium carbonates.
- Chemical Composition: Its main component is calcium carbonate, with the chemical formula CaCO₃.
- CAS Number: The Chemical Abstracts Service (CAS) number for calcium carbonate is 471-34-1.
- Masterbatch: This product is not a masterbatch, meaning it is not a concentrated mixture of pigments and/or additives.
- Physical Form: DURCAL 2 is available in powder form.
- Appearance: The powder is white and odorless.
- Reactivity: It does not show any reactivity in water.
- Regulatory Status: It is listed under TSCA (Toxic Substances Control Act) and DSL (Domestic Substances List).
Properties of DURCAL 2:
- Density: The density of DURCAL 2 is 2.7 g/l.
- Solubility in Water: At 18°C, it has a solubility of 1.3 mg/100 g in water.
Product Availability: The availability status is not confirmed, indicating that you may need to check with the supplier for current availability.
Overall, DURCAL 2 is a versatile material used in various industrial applications where calcium carbonate is required as a filler or pigment.

Drew™ 210-886

Drew™ 210-886 is likely another product in the Drew series produced by Ashland, similar to Drew® 210-862. Although there is no specific technical datasheet provided for Drew™ 210-886 in your query, we can infer that it is likely used for similar applications and shares comparable properties.
Drew® 210-862 Overview:
Description:
Drew® 210-862 is a formulation of silicas, paraffinic oils, and silicon-derivatives, primarily used in inks and overprint varnishes. It is designed to provide a superb balance between activity and compatibility, with powerful antifoam efficiency.
Key Features:
- Product Type: Defoamers / Anti-foaming Agents
- Physical Form: Liquid
- Applications: Suitable for waterborne coatings, inks, and varnishes/overprint varnish.
- Food Contact Approval: Yes
- Bio-Based: No
Properties:
- Specific Gravity: 0.95 g/ml
- Viscosity: 120 cps at 25°C (Brookfield RVT #1, 20 rpm)
- Solubility: Insoluble in water
Given the similar naming convention, Drew™ 210-886 is likely also an antifoam or defoaming agent used in similar applications such as inks, coatings, and varnishes. It may possess similar properties like efficient defoaming capabilities and compatibility with various formulations.
To get the precise details about Drew™ 210-886, it is best to consult the technical datasheet provided by Ashland or contact Ashland's technical support directly. They can provide comprehensive information specific to Drew™ 210-886.

Silres BS 168

SILRES® BS 168 is a silicone-based, water-soluble pH adjuster designed for use in waterborne emulsion paints. Here’s a detailed overview of what it is and its properties:
Product Overview:
- Brand: SILRES®
- Product Name: BS 168
- Type: Methylsiliconates
- Form: Water-based, solvent-free
Key Properties:
- Appearance: Clear to hazy, colorless liquid.
- Density: 1.4 g/cm³ at 25°C and 1013 hPa.
- Solids Content: 55 wt.% at 150°C for 1 hour.
- pH: 13 - 14 at 25°C (using indicator strips).
- Solvent: Water.
Benefits and Performance:
1. Storage Stability: Provides excellent stability in formulated paints.
2. pH Stability: Maintains pH stability, which is crucial for the longevity and performance of the paint.
3. Mechanical Resistance: Improves the mechanical resistance of the paint.
4. Water Resistance: Enhances the water resistance of the paint formulation.
5. Low VOC and Odor: Suitable for formulating low VOC (Volatile Organic Compounds) and low odor paints.
Applications:
- Auxiliary: Used as a pH adjuster in waterborne emulsion paints.
- Surface Treatment: Enhances paint performance by stabilizing pH, which contributes to better overall quality of the paint.
Application Details:
- Dilution: It is recommended to dilute SILRES® BS 168 with water before adding it to a formulation. A typical dilution ratio is 1 part SILRES® BS 168 to 3 parts water.
- Addition: Add the diluted product to the paint formulation while stirring to ensure even distribution and to avoid local high pH values.
- Dosage: The dosage should be adjusted based on the paint formulation and the desired pH level (e.g., 9.5 for standard paints). The optimal amount should be determined experimentally.
Packaging and Storage:
- Best Use Before: The product label will indicate the "Best use before" date. While storage beyond this date does not automatically render the product unusable, it's essential to verify the properties for quality assurance.

WorléeKyd B 865

WorléeKyd B 865, designated by Art.-No. 111020-00310, is a long oil drying alkyd resin based on vegetable fatty acids. It's primarily utilized in the manufacturing of high-quality gloss and anti-corrosive paints. Here are its technical specifications:
- Oil content: Approximately 65%
- Oil type: Cotton/soya oil
- Content of phthalic anhydride: Approximately 22%
- Non-volatile content: 60% ± 1
- Colour: Gardner scale, maximum 10 (in 50% white spirit with a Gardner scale of 145 - 195)
- Acid value: Maximum 15 on solids
- Flow time: 70 - 90 sec. at 20°C with 50% in white spirit with a Gardner scale of 145 - 195 (measured according to DIN 53211-4)
- Delivery form: 60% in white spirit 145 - 195
Compatibility:
- Compatible with most medium and long oil drying alkyds.
Solubility:
- Well soluble in all solvents except for low alcohols.
Application and Properties:
- A modern long oil alkyd with excellent drying properties suitable for manufacturing various gloss and high-quality anti-corrosive paints.
- Its relatively quick drying time until dust-free allows for excellent application by airless spray.
- Gloss paints based on WorléeKyd B 865 exhibit very good gloss retention, film build, high yellowing resistance, and excellent outdoor durability.
Driers:
- Recommended addition of driers:
  - 0.04 - 0.06% Co metal
  - 0.05 - 0.09% Zr metal
  - 0.10 - 0.20% Ca metal (or 5.00 - 6.50% Nuodex Combi APB (Elementis) of drier solution on 100% alkyd resin)
WorléeKyd B 865 offers excellent properties for the formulation of gloss paints and anti-corrosive coatings, ensuring durability, gloss retention, and resistance to outdoor conditions.

AQUACER 535

AQUACER 535 is a modified paraffin wax emulsion primarily designed to enhance the surface properties of aqueous coating systems, printing inks, and overprint varnishes. Here's an overview of its characteristics and applications:
Product Data:
- Composition: Non-ionic emulsion of modified paraffin wax
- Non-volatile matter: 30%
- Carrier: Water
- Melting point (wax content): 105 °C
- Viscosity (23 °C, D=400/s): 25 mPa·s
- pH value: 10
Storage and Transportation:
- Temperature sensitive: Store and transport between 5 °C and 35 °C.
- Mix well before use.
Applications:
- Glass fiber sizing
- Lubricant and protection for fiberglass and other fibrous reinforcing materials
- Increases anti-blocking properties and water resistance of sizing formulations
Recommended Levels:
- 1-5% (as supplied) based on the total formulation
- Optimal dosages determined through laboratory tests
Incorporation and Processing Instructions:
- Preferably incorporated at low stirring speeds
- Stir until evenly distributed before use
Special Features and Benefits:
- Improves surface properties of aqueous coating systems, printing inks, and overprint varnishes
- Hydrophobic effect enhances anti-blocking
- Increases surface slip, scratch and abrasion resistances
- Creates a soft-feel effect
Special Note:
- Recoatability and intercoat adhesion should be verified in multi-layer systems, especially with high dosages (> 4% additive based on the total formulation).
AQUACER 535 is manufactured by BYK-Chemie GmbH and is suitable for various applications in the coatings industry, printing inks, and overprint varnishes.

Tinuvin 384-2

Tinuvin 384-2 is a liquid UV absorber belonging to the hydroxyphenylbenzotriazole class, primarily developed for coatings. Here's an overview of its key features and applications:
- Product Description: Tinuvin 384-2 offers very high thermal stability and environmental permanence, making it suitable for coatings exposed to high bake cycles and extreme environmental conditions. It's specifically designed to meet the performance and durability requirements of automotive and industrial high-quality finishes.
- Key Features & Benefits:
  - Versatile hydroxyphenyl-benzotriazole UV absorber for use in solvent-based coatings.
  - Excellent spectral coverage in the UV region.
  - Demonstrates excellent photopermanence and thermal stability.
- Chemical Structure: Tinuvin 384-2 consists of 95% Benzenepropanoic acid, 3-(2H-benzotriazol-2-yl)-5-(1,1-dimethylethyl)-4-hydroxy-, C7-9-branched and linear alkyl esters, and 5% 1-methoxy-2-propyl acetate.
- Properties:
  - CAS No: 127519-17-9, 108-65-6
  - Appearance: Pale yellow liquid
  - Molecular weight: 451.6
  - Dynamic Viscosity at 20 °C: 3,200 cps
  - Density at 20 °C: 1.0718 g/cm³
  - Miscibility: Miscible with various solvents at different concentrations, but insoluble in water.
- Applications: Tinuvin 384-2 is recommended for automotive coatings, general industrial applications (such as coil coatings and wood coatings), and printing & packaging.
- Recommended Concentrations: The recommended concentration of Tinuvin 384-2 typically ranges from 1.0% to 3.0%, based on weight percent binder solids. It can be used in combination with HALS stabilizers like Tinuvin 292, Tinuvin 249, or Tinuvin 123 for enhanced performance.
- Safety: Standard safety precautions must be observed when handling Tinuvin 384-2, as outlined in Federal, State, and Local health and safety regulations. Detailed safety information is provided in the Safety Data Sheet.
- Storage: Storage guidelines are provided in accordance with the "Handling and Storage of Polymer Dispersions" brochure.
Overall, Tinuvin 384-2 offers efficient protection against UV radiation, making it ideal for various coating applications where durability and performance are critical.

SETAL® D RD 181 BA

SETAL® D RD 181 BA is a type of polyester polyol with a hydroxyl content of approximately 4.9% on solid resin. It is primarily used as a co-reactant for polyisocyanates in the formulation of two-component polyurethane coatings. The product is supplied at around 75% concentration in butyl acetate.
Here are some key specifications and properties:
- Non-volatile content: 75 ± 1%
- Viscosity at 23°C: 4500 ± 1000 mPa·s
- Acid value in supply form: ≤ 12 mg KOH/g
- Hydroxyl content in supply form: 3.7 ± 0.4%
- Hazen colour value: ≤ 150
- Water content: ≤ 0.1%
- Equivalent weight in supply form: approximately 460 g/eq
- Density at 20°C: approximately 1.10 g/cm3
- Flash point: approximately 30°C
It's suitable for formulating coatings for wood applications such as boats and parquet flooring. SETAL D RD 181 BA can be thinned with various solvents like esters, ketones, glycol esters, and aromatic hydrocarbons, but the stability of the solutions formed should be tested. Compatibility with other polyesters and Desmodur grades is generally good, although compatibility testing is recommended due to the wide range of products available.
Storage should be in originally sealed containers at temperatures not exceeding 30°C, with a standard shelf life of 730 days from the date of manufacturing. The Safety Data Sheet should be consulted for safety-relevant information and any updates related to classification, labeling, and application methods.

Borchi® Gen 1757

Borchi® Gen 1757 is a VOC-free wetting and dispersing agent specifically designed for use with bismuth vanadate pigments in water-based systems. It is used to enhance the dispersion and stabilization of pigments in various coating applications, ensuring vibrant color and superior opacity.
Physical Characteristics
- Appearance: Yellow to brownish liquid
- Non-volatile content: 100%
- pH: 1 – 3
- Density: 1.035 – 1.085 g/cm³
- Viscosity: Max. 1400 mPa.s
- Solvent(s): Not applicable (NA)
Features
- Hybrid wetting and dispersing additive combining various principles of pigment stabilization
- Excellent for high-loading water-based bismuth vanadate concentrates
- Produces vibrant colors and superior opacity across a range of bismuth vanadate pigments
Applications
Borchi® Gen 1757 is suitable for various coating applications including:
- Architectural coatings
- General industrial coatings
- Automotive coatings
- Protective and marine coatings
Dosage
For bismuth vanadate pigments, the recommended dosage is 10 – 20% active on pigment loading. The exact dosage should be determined experimentally through a ladder study. Borchi® Gen 1757 should be added to the mill base before the pigment.
Storage
The product should be protected from weathering and stored at temperatures between 5 and 30°C. Once opened, containers should be resealed immediately after each use to maintain the product's integrity.

Suppliers

Add your company and post your own offers on our website

VOXCO Pigments and Chemicals Pvt. Ltd.

VOXCO Pigments and Chemicals Pvt. Ltd. C-606 / 607 6TH Floor, Eureka Towers Mind Space, Off Link Road,…

India

India

Texochem Industries - India

Address: A-714, opp. Hotel Parimeet Navi Mumbai, near Ramnath Solar Bus Stop, TTC Industrial Area, MIDC…

India

India

HPF Minerals Ltd. - KOREA

7F, Glaston Bldg., 108 Bongeunsa-Ro 06123 Gangnam-Gu, Seoul South Korea +82 2 6490 9977

South Korea

South Korea

Worlée-Chemie GmbH

Worlée-Chemie GmbH Worléestrasse 1 21481 Lauenburg

Germany

Germany

Ecoat SAS

1 Avenue Louison Bobet 06130 Grasse France

France

France

Vencorex France SAS

196 allee Alexandre Borodine 69800, Saint Priest France

France

France

ASCOTEC SARL

8 rue Jean Servanton 42000 Saint-Etienne France

France

France

Alberdingk Boley GmbH

Address: Düsseldorfer Str. 53, 47829 Krefeld, Germany

Germany

Germany

Orion Engineered Carbons GmbH

Frankfurter Strasse, 60-68 65760, Eschborn Germany

Germany

Germany

Eagle Polymers

72 B/2 Hegaz Street, Roxy 115116 Cairo Egypt

Egypt

Egypt

FormulationsDatabase

Search, explore, communicate online.

Popular requests

Paints and Coatings

Cosmetics

Pigments and Dyes

Additives

Solvents

Binders and Resins

Household Chemicals

Plastics and Elastomer products

Formulations

Find the formulations you need

2K-PU joint sealant with polybutadiene polyol 32/43 Shore A

Transparent wood filler

Air-Drying One Component Anti-Corrosion Primer – Grey

WATERBORNE WHITE DTM based on EPS595 WITH ASCONIUM-143

Hard sponge compounds, black Partial replacement of carbon black

Clear coat for furniture, water-based

1K Hydro soft feel lacquer, black without matting agent based on urea methanal condensate

Coil coating topcoat, solvent-based, white, glossy cost-effective

Eloxal cleaner

Moisture Curing Adhesive based on silane-terminated polyether, high strengt

Raw materials

Find raw materials related to your formilation now

Luvogel 4

Product Description:

Application:

Properties:

Dosage:

Processing:

EBECRYL® 4101

Durcal® 2

Drew™ 210-886

Drew® 210-862 Overview:

Description:

Key Features:

Properties:

Silres BS 168

Product Overview:

Key Properties:

Benefits and Performance:

Applications:

Application Details:

Packaging and Storage:

WorléeKyd B 865

AQUACER 535

Tinuvin 384-2

SETAL® D RD 181 BA

Borchi® Gen 1757

Physical Characteristics

Features

Applications

Dosage

Storage

Suppliers

Add your company and post your own offers on our website

VOXCO Pigments and Chemicals Pvt. Ltd.

VOXCO Pigments and Chemicals Pvt. Ltd. C-606 / 607 6TH Floor, Eureka Towers Mind Space, Off Link Road,…

Texochem Industries - India

Address: A-714, opp. Hotel Parimeet Navi Mumbai, near Ramnath Solar Bus Stop, TTC Industrial Area, MIDC…

HPF Minerals Ltd. - KOREA

7F, Glaston Bldg., 108 Bongeunsa-Ro 06123 Gangnam-Gu, Seoul South Korea +82 2 6490 9977

Worlée-Chemie GmbH

Worlée-Chemie GmbH Worléestrasse 1 21481 Lauenburg

Ecoat SAS

1 Avenue Louison Bobet 06130 Grasse France

Vencorex France SAS

196 allee Alexandre Borodine 69800, Saint Priest France

ASCOTEC SARL

8 rue Jean Servanton 42000 Saint-Etienne France

Alberdingk Boley GmbH

Address: Düsseldorfer Str. 53, 47829 Krefeld, Germany

Orion Engineered Carbons GmbH

Frankfurter Strasse, 60-68 65760, Eschborn Germany

Eagle Polymers

72 B/2 Hegaz Street, Roxy 115116 Cairo Egypt

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