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Polyurethane Dish

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Polyurethane Dish Specification

Plastic Type
Thermoplastic Polyurethane (TPU)

Surface Finish
Smooth

Tensile Strength
25 MPa

Density
1.12 Gram per cubic centimeter(g/cm3)

Heat Resistance
Yes

Color Pattern
Solid

UV Resistant
Yes

Leak Protection
Yes

Melting Point
180C - 200C

Type
Dish

Material
Polyurethane

Shaping Mode
Molded

Length
Approx. 200 mm

Weight
210 grams

Hardness
65-90 Shore A

Plastic Molding Type
Injection Molding

Color
Yellow

Size
Standard

Temperature Range
-40°C to +80°C

Abrasion Resistance
Superior

Shape
Round

Flexibility
High

Compliance
RoHS Compliant

Chemical Resistance
Good against oils and solvents

Insulation Property
Electrically Insulative

Application
Industrial and Laboratory

Impact Resistance
Excellent

Reusability
Yes

About Polyurethane Dish

Polyurethane Dishes

Polyurethane dishes are durable, lightweight components commonly used in industrial and mechanical applications for material handling, wear resistance, or as custom solutions. Made from polyurethane, these dishes offer exceptional strength, flexibility, and resistance to abrasion, impact, and chemicals, making them ideal for demanding environments.

Key Features and Benefits

Strength and Durability: Withstands wear and harsh conditions for long-lasting performance.
Flexibility: Offers resistance to deformation under pressure, enhancing longevity.
Non-Stick Surface: Ensures smooth handling of materials, reducing friction and wear.
Temperature Resistance: Maintains properties in extreme conditions, ensuring reliability.

Applications

Polyurethane dishes are widely used in:

Conveyor Systems
Sorting Equipment
Protective Liners for machinery

These dishes provide reliable performance, reduce maintenance needs, and enhance operational efficiency. Their versatility and durability make them an excellent choice for industries such as manufacturing, construction, and logistics.

Designed for Durability and Safety

Our molded polyurethane dish excels in environments where both resilience and safety matter. The dish offers superior impact and abrasion resistance, making it fit for harsh industrial and laboratory uses. Its excellent chemical tolerance to oils and solvents ensures longevity and reliability.

Versatile Performance in Any Setting

Thanks to its high flexibility and electrically insulative properties, this dish adapts to varying tasks while safeguarding against electrical hazards. The wide temperature range from -40C to +80C and UV resistance enable reliable operation indoors or outdoors, even under challenging conditions.

FAQ's of Polyurethane Dish:

Q: How does the polyurethane dish maintain its shape and durability during repeated use?

A: The dish is made from thermoplastic polyurethane (TPU) with high hardness (65-90 Shore A), which gives it excellent flexibility, impact, and abrasion resistance. The molded design ensures it keeps its shape, even after extensive, repeated use in tough environments.

Q: What industrial or laboratory tasks is this dish best suited for?

A: This dish is ideal for handling chemicals, mixing, sample collection, and material separation in both industrial and laboratory environments. Its chemical resistance to oils and solvents makes it particularly effective for tasks involving hazardous or reactive materials.

Q: When should I use this polyurethane dish instead of glass or metal alternatives?

A: Opt for this polyurethane dish when you need superior impact resistance, high flexibility, and electrical insulation. It is especially useful in situations where breakage is a concern, or where exposure to oils and solvents could damage traditional glass or metal dishes.

Q: Where is this product manufactured and available for supply?

A: Our polyurethane dishes are manufactured in India and available globally for export, wholesale, and distribution. We supply to laboratories, industrial facilities, and resellers looking for high-quality, compliant solutions.

Q: What is the process used to manufacture the dish and ensure its quality?

A: These dishes are produced using advanced injection molding techniques, ensuring consistent density, smooth surface finish, and precise dimensions. Each batch is rigorously tested and RoHS compliant for reliable, high-standard performance.

Q: How does the polyurethane dish provide protection from leaks and spills?

A: The seamless, molded construction and high-density polyurethane material offer robust leak protection, making the dish suitable for handling liquids and chemicals without risk of seepage, enhancing safety during operations.

Q: What are the main benefits of using a polyurethane dish in demanding environments?

A: Users benefit from its lightweight yet sturdy build, reusability, excellent temperature tolerance, and resistance to UV, chemicals, impacts, and abrasion. These qualities reduce breakage, lower replacement costs, and ensure dependable performance in critical settings.

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