B1 Class Fire Resistant Polyurethane Foam Chemical for Roof Panel

• Molecular Principal Chain: Naphthenic Polymer
• Color: Brown
• Viscosity@20ºC: 800-1000cps
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: LY7126
• Specific Gravity@20ºC: 1.15±0.01GM/Cc
• Oh Content: 450 Mgkoh/G
• Mixing Ratio: 100:160
• Free Rise Density,Kg/M3: 39-39.5
• Transport Package: Steel Drum/IBC Drum/Tank
• Specification: pure
• Trademark: G-TECH@
• Origin: China
• HS Code: 390931
• Production Capacity: 30000mt/Year
• Package Size: 60.00cm * 60.00cm * 102.00cm
• Package Gross Weight: 218.000kg

Product Description

POLYOL BLEND LY7126

Product Description: POLYOL BLEND LY7126 is a formulated polyol system designed for continuous PIR panels. It offers excellent fire resistance properties and is suitable for various applications.

Features:

• Formulated polyol system for continuous PIR panels
• Contains polyol, flame retardant, silicone surfactant, water, and catalyst
• Requires addition of HCFC-141B blowing agent in premixing station
• Provides good mixing effect with polymeric MDI
• Offers foam with good flowability and low thermal conductivity
• Ensures good dimensional stability
• Exhibits excellent fire resistance properties

Benefits:

• Enhances fire resistance in PIR panels
• Allows for easy and efficient mixing
• Results in foam with improved flowability and low heat transfer
• Ensures stable and reliable panel dimensions
• Provides added safety and protection against fire

About ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.:

ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD. is the company behind POLYOL BLEND LY7126. They are a reputable manufacturer and supplier of high-quality materials for various industries.

PHYSICAL and CHEMICAL PROPERTIES    

	POLYOL	ISOCYANATE	Test Method
Apperance	Clear amber liquid	Dark brown viscous liquid
Viscosity@20ºC	800-1000cps	170-230cps	ASTM D 445
Specific gravity@20ºC	1.15±0.01gm/cc	1.23±0.01gm/cc	ASTM D 891
OH content	450 mgKOH/g		ASTM 4274
NCO		30-32%	ASTM D 5155
Mixing Ratio	100	160

Recommended Process ConditionsSystem Temperature:
Component Temperature:
Mould Temperature:

ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD. offers a range of rigid high B1 class fire resistance building materials polyurethane foam chemicals for roof panels. Our products include polyether polyol, blend polyol, formulated polyol, rigid polyol, and polyurethane foam systems for insulation. Our polyols are made from naphthenic polymer and are available in brown color. They are packaged in steel drums, IBC drums, or tanks for transportation.

TYPICAL REACTION PROPERTIES         

	Units	Handmix	PACKING
Cream Time,sec	s	/
Gel Time,sec	s	/	Blend Polyol in 220kg drums
Track Free Time,sec	s	/
Free Rise Density,kg/m3	Kg/m3	39-39.5

BURNING CHARACTERISTICS           

Self extinguishing to (ASTM 1692-MD/74)

Classification-B1

ZIBO GUIDE NEW MATERIALS TECHNOLOGY CO., LTD.

Polyol and PU Systems

Our Polyol and PU systems are designed to meet your storage and handling needs. With a focus on safety and effectiveness, our products offer reliable performance for various applications.

Storage Instructions

To ensure the quality of our products, it is recommended to store them at room temperature below 25ºC in sealed drums. Before use, it is important to agitate the contents, especially if they have been standing for a long time.

Safety Precautions

Your safety is our priority. Please take the following precautions when handling our Polyol and PU systems:

• Avoid prolonged or repeated skin contact with the products or their introduction near the eyes.
• If skin contact occurs, remove all contaminated clothing and wipe the affected skin area with a cloth or paper towels saturated with ethanol or an equivalent solvent. Then, wash with soap and water.
• Wear goggles or eye shields when there is a risk of splashing or eye contact.
• Protective clothing and eye protection are recommended when handling Polyol.

With the exercise of such care, our systems will not present any undue hazard to health under normal working conditions.