High Strength NBR Rubber Compound for Molding and Injection Products

Product Description

Introduction
Zabarh has more than 20 years of extensive experience in the rubber compound and rubber products industry, our main business focuses on rubber compounds, with raw rubber materials and rubber products as supporting services. Our clients span various sectors, including rubber vibration-damping products, seals and oil seals, conveyor and transmission belts, rubber hoses, rubber rollers, sports rubber components, rubber cables, footwear materials, mining rubber components, and more. We have developed over 10,000 mature formulations and employ more than 80 professional rubber engineers and over 60 process engineers. Currently, we operate six factories covering raw materials, compounding, and product manufacturing, with over 800 employees in our company.
Trust comes from expertise!
We supply the following Rubber Compounds: Natural Rubber (NR) Styrene-Butadiene Copolymer (SBR) Polybutadiene (BR) Iso-butylene-Isoprene Copolymer (IIR, CIIR, BIIR) Ethylene-Pr-opylene-Diene-Monomer (EPDM) Polychloroprene (CR) Acrylonitrile-Butadiene Copolymer (NBR, HNBR) Chlorosulfonated Polyethylene (CSM) Fluoroelastomer (FKM) Polyacrylate rubber (ACM) Epi-chlorohydrin rubber (ECO) Silicone rubber (VMQ) Characteristics of Different Rubber Compounds

The characteristics of rubber compounds

Natual rubber

SBR

EPDM

Neoprene CR

Nitrile NBR

Acrylic ACM

AEM

IIR

Silicone VMQ

HNBR

FKM / FPM

Fluoro - silicone FVMQ

Hardness Sha A ASTM D 2240

30-95°

40-95°

25-90°

30-90°

40-100°

50-85°

45-90°

40-90°

40-90°

50-95°

40-95°

40-80°

Tensile strange ASTM D 412 C

15 - 30 Mpa

6 - 20 Mpa

7 - 20 Mpa

12 - 20 Mpa

5 - 16 Mpa

10 - 15 Mpa

8 - 15 Mpa

8 - 15 Mpa

5 - 10 Mpa

14 - 20 Mpa

6 - 14 Mpa

7 - 10 Mpa

Elogonation strange ASTM D 412 C

400 - 600 %

200 - 700 %

300 - 700 %

300 - 800 %

250 - 700 %

300 - 400 %

350 - 500 %

200 - 400 %

200 - 600 %

300 - 500 %

200 - 450 %

200 - 400 %

Color

Full Range

Full Range

Limited Range

Full Range

Limited Range

Black

Limited Range

Limited Range

Full Range

Limited Range

Limited Range

Limited Range

HEAT RESISTANCE (°C) Maximum Continuous Maximum Intermittent

105°C

85°C 115°C

130°C 150°C

95°C 125°C

100°C 130°C

150°C 180°C

150°C 180°C

100°C 140°C

205°C 300°C

125°C 160°C

205°C 300°C

180°C 200°C

LOW TEPERATURE

-60°C

-55°C

-50°C

-40°C

-20°C

-20°C

-40°C

-30°C

-60°C

-30°C

-20°C

-60°C

RESISTANCES Oxidation

Fair

Fair

Excellent

Very Good

Good

Excellent

Excellent

Good

Excellent

Excellent

Outstan- ding

Excellent

RESISTANCES Ozone & Weathering

Poor

Poor

Outstan- ding

Very Good

Fair

Excellent

Excellent

Good

Outstan- ding

Very Good

Outstan- ding

Outstan- ding

OIL RESISTANCE *ASTME Oil No.1 @ 20°C

Poor

Poor

Fair

Excellent

Excellent

100°C Excellent

100°C Excellent

Fair

Excellent

Excellent

Excellent

Excellent

OIL RESISTANCE *ASTME Oil No.1 @ 100°C

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Good

Good

<150°C Good

<125°C Excellent

Fair

Good

Fair

<150°C Excellent

<150°C Excellent

OIL RESISTANCE *ASTME Oil No.3 @ 20°C

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Good

Excellent

Excellent 100°C Good

Excellent 100°C Fair

Fair

Good

Fair

Excellent

Excellent

OIL RESISTANCE *ASTME Oil No.3 @ 100°C

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Fair

Good

150°C Fair

150°C Poor

Fiar

Fair

Fair

150°C Excellent

150°C Excellent

FUEL RESISTANCE ASTME Fuel B @ 40°C

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Poor

Fair

Poor

Unsuitable

Low

Unsuitable

-

Excellent

Fair good at low temp)

SOLVENT RESISTANCE (20°C) Alcohol

Good

Good

Good

Good

Good

Good

Fair

Low

Good

Excellent

Good

Good

SOLVENT RESISTANCE (20°C) Ace-tone

Fair

Fair

Good

Fair

Unsatisfac- tory

Unsatisfac- tory

Fair

Low

Fair

Good

Unsuitable

Unsuitable

SOLVENT RESISTANCE (20°C) Benzene

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Unsatisfac- tory

Fair

Good

Good

CHEMICAL RESISTANCE Acids

Fair

Fair

Good

Good

Good

Poor

Fair

Good

Fair

Good

Excellent

Good

CHEMICAL RESISTANCE Bases

Good

Good

Fair

Fair

Fair

Poor

Good

Fair

Fair

Good

Good

Fair

PHYSICAL STRENGTH

Excellent

Good

Good

Good

Good

Good

Good

Good

Poor

Good

Good

Poor

COMPRESSION SET

Good

Good

Fair to Good

Fair to Good

Good

Good

Fair

Low

Good

Good

Good

Good

TEAR & ABRASION RESISTANCE

Excellent

Good

Good

Good

Good

Good

Good

Good

Poor

Very Good

Good

Poor

RESILIENCE

Excellent

Good

Very Good

Very Good

Good

Poor

Fair

Good

Good

Fair

Fair

Fair

PERMEABILITY TO GASES

Poor

Fairly Low

Low

Low

Low

Low

Very Low

Low

Fairly Low

Good

Very Low

Fairly Low

ELECTRICAL STRENGTH

Excellent

Excellent

Good

Good

Poor

Fair

Good

Good

Excellent

Poor

Good

Excellent

FLAME RESISTANCE

Poor

Poor

Self- Extin- guishing

Self- Extin- guishing

Poor

Poor

Fair

Low

Good

Poor

Self- Extin- guishing

Self- Extin- guishing

WATER RESISTANCE

Very Good

Good

Good

Good

Good

Poor

Good

Excellent

Good

Very Good

Good

Common Rubber Compounds and Their Unique Features Natural Rubber/Styrene-Butadiene Rubber/Butadiene Blend (NR/SBR/BR):
A versatile polymer blend of synthetic rubbers, NR/SBR/BR mimics the properties of general-purpose natural rubber and is widely used in off-the-road (OTR) tires. Styrene-Butadiene Rubber/Butadiene Blend (SBR/BR):
Commonly found in shoe soles, seals, and various rubber belts, this polymer blend improves abrasion resistance when combined with butadiene (BR). Ethylene Pro-pylene Diene Monomer Rubber (EPDM):
Known for its superior heat tolerance, elasticity, and ozone/UV resistance, EPDM is widely applied in automotive seals and as an electrical insulator. High Heat EPDM:
A high-performance EPDM compound, is optimized for extreme high-heat applications like automotive damping and foaming products. Chloroprene Rubber (CR):
With balanced properties like temperature tolerance, flame resistance, and chemical stability, CR is ideal for gaskets, wire insulation, and rubber belts. Epi-chlorohydrin Rubber (ECO):
ECO is a specialized polymer with excellent heat and oil resistance, making it suitable for various automotive components. Nitrile Rubber, Hydrogenated Nitrile Rubber Blends (NBR, HNBR):
This butadiene-derived rubber excels in chemical and oil resistance, commonly used in oil hoses, seals, and disposable gloves. Nitrile/Plastic Blends (NBR/PVC, NBR/SBR/NR):
Easier to process and cost-effective, these blends are used in fire hoses, stators, and rollers, though they have slightly lower resistance in some areas. Butyl Rubber, Butyl Rubber/Natural Rubber Blend (IIR, IIR/NR):
Comprising iso-butylene and isoprene, this rubber is known for its durability and is used in defense boots, gloves, tire liners, and sealants. Silicone Rubber:
A family of elastomer polymers designed for high-heat applications, silicone rubber is commonly found in automotive heat-resistant components. Fluo-rine Rubber (FKM):
A high-end fluoroelastomer with exceptional oil and heat resistance, FKM is favored in industries like aerospace for applications such as high-performance gaskets, despite its higher cost. Our Compound Packaging:
The compounds, packaged according to customers' requirements, are then delivered in different forms and different packaging:
Delivery forms:
(Perforated) Endless strips;Narrow endless strips;Calendared, rota-cured sheet, profile extrusion and jointing
Slabs, plates and sheets
Continuous wig wag sheet / wig wag pipped strip
Wide calendared rolls (foil backed with perforation capability)
Narrow calendared tapes (with perforation capability)
Rolls
Filtered round log
Molded envelopes and curing tubes
Packaging forms
Plastic Pallets, Wooden boxes
Why choose Zabarh?
At Zabarh, we offer a wide range of rubber types and have extensive experience in selecting and producing the ideal compound to meet customer needs. With our in-house automated mixing systems, we ensure that the correct formulation is created from the thousands of options Zabarh has developed.
Every batch of rubber produced by Zabarh is computer-controlled and undergoes 100% testing before it is approved for production. This includes the use of finite element analysis software to simulate a broad range of conditions. This guarantees traceability from production to the finished product, and ensures the rubber batch meets the specific requirements of our customers.
With over 20 years of experience, Zabarh excels at identifying and selecting the right rubber compounds for even the most challenging applications and operating environments.