Phenolic Plastic Epoxy Glass Laminate

Wellelle is one of the professional manufacturers and exporters of phenolic plastic epoxy glass laminate and fiberglass melamine . Wellele owns several professional phenolic epoxy resin laminate glass factories as FR4 G10 G11 GPO3 MELAMINE, which can provide phenolic epoxy laminated of different thicknesses, colors, and sizes. That’s why we can provide you with high-quality phenolic glass epoxy laminates at competitive prices. We can produce truly promising high-quality phenolic plastic glass epoxy laminates with different thicknesses, colors, and sizes.and fast shiping.

Wellele phenolic plastic epoxy glass laminate sheet Rocket Your Business

Wellele with the ability to cut phenolic plastic and epoxy glass laminates to size and manufacture complete phenolic plastic epoxy glass laminates. It provides a huge cost advantage for Wellele, offering you phenolic plastic epoxy glass laminated parts and finished phenolic plastic epoxy glass laminated products with good quality levels. At the same time, Wellele can drill holes, polish, and customize processing with different colors and thicknesses on the board.

vulcanized fiber board

Vulcanized fiber

Vulcanized fiber fish paper sheet/roll thick 0.3mm to 60mm ,red .black ,grey ,green dark . wide :

GPO3 gpo-1

GPO1 GPO2 GPO3 fiberglass sheet

Vulcan fibre complex epoxy fiberglass tube for CUTOUT FUSE ,Drop out fuse for 10kv 12kv 15kv 30kv 35kv etcs

FR4 epoxy fibeglass sheet

FR4 sheet

The best fuse tube for harsh environments. high temperature and cold resistance, corrosion resistance, reusable and environmentally friendly.

PHenolic cloth sheet 0.3mm to 20mm

Phenolic cloth sheet

Custom small thin wall vulcanized fiber tube for fuse link ,or vulcanized fiber with mylar ,Kraft paper with mylar by different color .thickness 0.15mm to 2mm


G5 G9 melamine sheet

Custom G5/G9 melamine tube ID2.5mm to ID80mm ,

Bakelite Plate

Bakelite Plate , phenolic paper laminated

Bakelite Plate , phenolic paper laminated pl

Your Leading Manufacturer of Phenolic Plastic Epoxy Gass Laminate

WELLELE: Your leading manufacturer of phenolic plastics and epoxy sheets

WELLELE is a joint venture company specializing in overseas promotion and three local Chinese manufacturing manufacturers. We are inclined to provide you with a one-stop solution for plastic manufacturing and insulation pipe manufacturing.

Wellelle sheet materials are renowned for their plastic properties in the electrical insulation and textile environmental protection industries, insulation component production, energy industry, and many other industries.

We need you to have a one-stop shop for phenolic plastics and epoxy sheets. Send us a query and we will reply to you promptly!

Customized Phenolic Plastic Epoxy Glass Laminate To Expand your Brand.

gpo-1 gpo-3 sheet part

GPO-1,GPO-2,GPO-3 Washer ,parts

We customize GPO3 GPO2 GPO1 Washer , threading, Holes, Chamfers, Steps etcs

phenolic sheet washer patrs

Phenolic sheet to washers parts

0.5–200mm black /orange anti-static high temperature phenolic bar electrician board washer customized

HOW Identification laminated FR4

FR4 G10 epoxy fiberglass wahser and composite parts OEM

Vucanized fiber complex epoxy fiberglass tube OEM :Print ,step in inner ,Chamfered, with brass fittings etcs for Your 10KV,12KV,15KV,35KV Dropout fuse high Medium Voltage Fuses .

vulcanized fiber washer

Vulcanizned fiber washer

Filament wound fiberglass tube part ,Various colors custom, ID6mm to ID500mm ,Temperature resistance :150C to 200C .Hole Slot Trench Joint Step process.

The phenolic plastic glass fiber Guide

Phenolic plastic and epoxy fiberglass are two common engineering plastics materials, according to Wellele professional production and sales experience of more than ten years, the totalj conclusion of their differences:

  1. Different composition and manufacturing process:

– Phenolic plastics: consist of phenolic and aldehyde resins and some fillers. They are usually made into sheets and molded parts through a heat curing reaction.

– Epoxy Fiberglass: It consists of epoxy resin and glass fiber reinforcement. The glass fiber reinforcement gives it excellent mechanical properties. The manufacturing process consists of mixing the resin and fibers, and then forming the end product through a heat curing reaction.

  1. Differences in physical properties:

– Phenolic Plastic: It has low density, excellent electrical insulation properties and relatively high heat resistance. It also has acceptable mechanical strength and low water absorption.

– Epoxy Fiberglass: has a high density, excellent mechanical strength and stiffness. It also has good chemical and abrasion resistance. Compared to phenolic plastics, epoxy glass fiber has better thermal properties and heat resistance.

  1. Areas of application:

– Phenolic plastic: Due to its excellent electrical insulation properties, it is commonly used in the manufacture of insulating components, circuit boards, insulating parts for electronic equipment, and acid and alkali resistant parts.

– Epoxy glass fiber: Due to its excellent mechanical properties and heat resistance, it is commonly used in the manufacture of electronic products, aerospace components, automotive braking systems and reinforced structural materials.

  1. Price and availability:

– Phenolic plastics: Relatively inexpensive and readily available. Widely used in some specific industries and applications.

– Epoxy fiberglass: typically more expensive and may not be as readily available in some regions or industries.

In summary, Phenolic plastics and epoxy glass fibers differ significantly in composition, physical properties, application areas, and price and availability. The choice of which material to use depends on the specific application needs and required performance characteristics.

Red fiber gaskets are commonly used as seals and insulation components, and their special color helps to identify and distinguish during the assembly process. The following are common specifications of red fiber washers in the market and some customizable specifications.

The common RED FIBER WASHERS specifications in the market include:

1. (OD): 1/4 “, 3/8 inch, 1/2 “, 5/8 “, etc.

2. (ID): 1/8 “, 1/4 ” 3/8 “, 1/2 “, etc.

3. Thickness: 0.030 “, 0.060 ” 0.090 “, etc.

Of couse Wellele also custom grey white black green vulcanized fiber washers gaskets for you .

For RED FIBER WASHERS, different specifications of washers can also be customized according to specific needs, such as:

1. Customized size: According to actual needs, red fiber washers with different diameters and thicknesses can be customized.

2. Shape and configuration: In addition to common circular washers, other shapes (such as square, rectangular, oval, etc.) and configurations (such as washers with holes or grooves) can also be customized according to needs.

3. Special requirements: Red fiber gaskets with special properties such as high temperature resistance and chemical corrosion resistance can be customized according to specific engineering requirements

Fiber washers is a common sealing and insulation material widely used in various fields. The following is a complete summary of the main uses of fiber gaskets:
1. Sealing application: Fiber washer are often used in mechanical assembly and pipeline connections to achieve sealing functions. They play an important role in preventing the leakage of liquids, gases, or dust. As fiberglass washer common application areas include automobiles, aerospace, medical devices, household appliances, and industrial equipment.
2. hard washer Insulation application: Due to their excellent electrical insulation performance, fiber gaskets are often used in electrical equipment and electronic devices. Fiber gaskets can isolate current, prevent leakage and short circuits between the electrical slot and the junction, and provide reliable insulation protection.
3. Buffering and anti vibration applications: The elastic and soft properties of fiber gaskets make them very suitable for cushioning and anti vibration functions. In mechanical assembly, fiber gaskets can reduce damage caused by vibration and impact, providing additional support and protection.
4. Wear and corrosion resistance applications: Some fiber gaskets have excellent wear and corrosion resistance, suitable for some scenarios with special requirements. For example, in the chemical, petroleum, and food industries, fiber gaskets can be used to withstand high pressure and chemical corrosion in harsh environments such as acid and alkali resistance, oil resistance, and high temperature resistance.
5. Vibration and noise isolation: The elastic properties of fiber gaskets enable them to reduce vibration and noise transmission in mechanical assembly. They can be used in fields such as automotive suspension systems, machinery and building structures, contributing to reducing noise and providing comfort.
Overall, fiber washer have multiple uses, including sealing, insulation, cushioning, vibration resistance, corrosion resistance, vibration isolation, and noise reduction. These characteristics make fiber gaskets an indispensable functional material in many industries.

At present, Wellelle’s as fiber washer material manufacturers production and operation are based on Vulcanized Fiber, phenolic cloth , FR4 ,G10 ,G5 fiberglass melamine custom fiber washers . Free contact us to get free sample .

When comparing fiber washer and rubber gaskets, it is necessary to consider their characteristics and applicability. The following is a comparison between fiber gaskets and rubber gaskets:
1. Material characteristics:
-Fiber washer: Fiber gaskets are usually made of cellulose materials (such as vulcanized fibers), which have good wear resistance, acid and alkali resistance, and high temperature resistance. They are usually thin and have a certain degree of flexibility.
-Rubber gasket: Rubber gaskets are usually made of rubber materials (such as nitrile rubber, chloroprene rubber), which have good elasticity and sealing performance. Rubber gaskets can choose rubber materials with different hardness and chemical durability according to needs.
2. Sealing performance:
-Fiber washer: Fiber gasket provides good sealing performance and can effectively prevent liquid and gas leakage. However, for higher sealing requirements such as high pressure, strong acid or alkali environments, fiber gaskets may not be as suitable as rubber gaskets.
-Rubber gasket: Rubber gasket has good sealing performance and can adapt to sealing requirements under different pressure and temperature conditions. The elasticity and plasticity of rubber materials enable them to more effectively fill irregular surfaces and defects, providing a more reliable seal.
3. Durability:
-Fiber gasket: Fiber gasket has good wear resistance and chemical resistance, and can be used for a long time without premature wear or damage. In some special environments, such as high temperature, chemical corrosion, etc., fiber gaskets may be more suitable.
-Rubber gasket: Rubber gasket has good wear resistance and corrosion resistance. The elasticity and durability of rubber materials enable them to withstand compression, vibration, and dynamic loads, and provide long-term reliable sealing effects.
4. Cost factors:
-Fiber gaskets: Fiber gaskets typically have lower costs due to their relatively inexpensive materials. This makes fiber gaskets an economical and practical choice, especially in some disposable or temporary applications.
-Rubber gasket: The price of rubber gasket is relatively high because the production and processing of rubber materials are more complex. However, due to its durability and sealing performance, rubber gaskets are usually more suitable for long-term use and high demand applications.
5 procurement options: If higher sealing performance and durability are required, suitable for applications under dynamic loads or harsh environments, rubber gaskets may be a better choice. If the economy and general sealing performance can meet the requirements, fiber gaskets may be a more economical and practical choice.

In addition to vulcanized fiber, there are other materials that can be used to make red fiber gaskets. Here are some common alternative materials:

1. Synthetic fibers: Synthetic fiber materials such as polyester fibers and polyamide fibers (nylon) can be used to make red fiber gaskets. These materials have high strength and wear resistance.
2. Cellulose based materials: In addition to vulcanized fibers, cellulose based materials such as cellulose acetate can also be used as materials for making red fiber gaskets. These materials have good electrical insulation and mechanical strength.
3. Polyimide: Polyimide is a high-performance plastic material with excellent mechanical and temperature resistance, suitable for making red fiber gaskets with high temperature requirements.
4. Urea formaldehyde fiber: Urea formaldehyde fiber is a high-strength synthetic fiber material with good wear resistance and corrosion resistance, and can be used as a substitute material for red fiber gaskets.
5. Polyamide fibers: Polyamide fibers such as Kevlar and Nomex are special fiber materials with high strength and heat resistance, which can be used to make red fiber gaskets for high temperature and high-strength applications.

The selection of these alternative materials depends on specific application requirements, including temperature range, mechanical performance requirements, chemical resistance, etc. For red fiber gaskets with special requirements, it is recommended to consult Wellelle or other professional material manufacturers for the best material recommendations.

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