Due to its strength, versatility, and other extensive benefits, industrial polymers have become the chosen material for various industries. Industrial polymers are chemical compounds that make up versatile plastics that can be used to manufacture synthetic materials for construction, electronics, aerospace, manufacturing, and many other industries.
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Industrial polymers are inexpensive to manufacture and naturally have many advantageous properties that make them a good replacement for heavy, costly metal parts. They are also much lighter than metal parts, making transportation easier and less expensive. Plastic parts also cause less friction and wear on equipment and machinery than metal does, lowering the risk of damage and the need for constant maintenance or replacement.
Industrial polymers are naturally corrosion-resistant. Unlike metal, industrial polymers do not need to have any additional sheathing or treatments done to protect against corrosion. Luckily, polymers are designed to have the correct surface and properties to be highly resistant to chemicals as well, whereas metal must be treated to have this property.
Industrial polymers can be created in almost any shape or design thanks to injection molding and other manufacturing techniques. Injection molds can be created in a wide range of shapes and designs, meaning industrial polymers can also be formed into virtually any shape. The molds that are needed for injection molding are also significantly less expensive than metal cutting, and the process takes less time.
Polymers can be used in a wide variety of ways and can easily be customized to fit the needs of applications. Many times, metals can’t meet all of the requirements for a product, however, industrial polymers can be customized to fit the needs of the product. This can range from color to physical properties, like temperature resistance.
Known for its chemical resistance, low cost, and strength, this industrial polymer is great for use in tanks, vessels, kitchen cutting boards, light-duty guides, and railings.
PET is considered an engineering thermoplastic due to its strength, stiffness, and high chemical resistance. Since this polymer is FDA compliant, it is largely used for high moisture, food handling, medical, or marine parts and components.
UHMW is a cost-effective, abrasive-resistant industrial polymer that is used for a wide range of industrial applications. It is also naturally self-lubricating, making it a good choice for bearings.
Nylon is a high-strength polymer with abrasion resistance, elasticity, and shape-holding qualities. This polymer is used for machinery applications, automobile tires, seatbelts, and home furnishings.
At Ensinger Precision Components, we always strive to meet the needs of our customers by coming up with new solutions to all of their plastics needs. We offer hundreds of materials in any shape and size imaginable for a variety of manufacturing needs.
Not only do we offer various materials, but we have several plastic engineering services. From CNC machining, milling, or turning to plastic fabrication to design and engineering, we can help you with your industrial polymer project.
The competitive advantage of our resin solutions for coatings and inks lies in our multi-level partnership with our customers. We develop and expand our value chain through transparent communication and customer-orientated service.
We have a wide range of water-based film formers suitable for providing a luxurious appeal to paper-based packaging solutions.
Our portfolio includes a wide range of waterborne polyurethane dispersions, including inherently matte and soft-touch waterborne polyurethane dispersions that form very low gloss films as well as different soft touches, thus providing an attractive luxurious visual effect and tactile feel. Needless to say, there is also a full range of glossy WB PUDs available with different hardness and softness and touch.
Product overview
At Humanchem, a variety of polymers are designed to deliver desired protective and performance properties, enhanced aesthetic appeal, resistance to chemicals, water and abrasion for external coatings for rigid substrates.
We also work closely with customers to customize resins and polymers to meet unique application challenges.
Automotive Industry: Polymers and resins are widely used in automotive components, such as bumpers, panels, and coatings, due to their lightweight nature and ability to withstand high temperatures and mechanical stress.
Electronics: Epoxy resins and acrylic polymers are used in PCB manufacturing, insulation, and encapsulation of electronic components, providing protection from moisture, heat, and corrosive elements.
Consumer Goods: From plastic bottles to household appliances, synthetic polymers are used in countless consumer products for their moldability, durability, and cost-efficiency.
● Good adhesion
● Excellent chemical resistance
● Boiling water resistance
● Excellent orientation of aluminum flakes
● Soft-touch
● Good recoatability
● Good processibility
● High hardness
● Good abrasion resistance
● RCA resistance
● Pigment wetting
● Excellent Leveling
● Good solvent resistance
● Good stain resistance
Grades
Solid content /%
Viscosity /mPa.s
pH value
Acid value
Hydroxyl content /%
Tg/℃
Co-solvent
Product features
Product applications
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Waterborne acrylic resin
WPA
44±2
≤
6.0-9.5
20
3.3
60
DMM
Excellent chemical resistance
2K PU primer & top coat
WPA
43±2
≤200
6.0-9.0
/
2.0
60
/
Recoatability
The 2K PU primer
WPA
44±2
≤800
6.0-9.0
20
3.3
60
DEDM
Good adhesion, Recoatability, chemical resistance
2K PU primer & top coat
Waterborne polyurethane
WPU
45±2
≤800
6.0-9.0
/
/
/
NMP
Excellent soft-touch & abrasion resistance
2K PU elastic finish