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Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250

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Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250

Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250
Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250
Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250 Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250

Large Image :  Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250

Product Details:
Place of Origin: China
Certification: ISO9001:2008
Model Number: BA 830
Payment & Shipping Terms:
Minimum Order Quantity: 1mt
Price: FOB Qingdao usd 8.0/kg
Packaging Details: 3.5kg/drum; 18kg/drum
Delivery Time: 5-8 work days
Payment Terms: L/C, T/T
Supply Ability: 1000mt/month

Rubber to Metal Bonding Agent 830 Equivalent To Chemlok 250

Product Name: Rubber To Metal Bonding Agent 830 Function: Single Coat
Density: 935.5 - 985.5kg/m3 Solids Content By Weight: 24 – 26%
Flash Point: 34-38(Seta), °C Solvents: Xylene, Trichloroethylene
Appearance: Black Liquid Shelf Life: Twelve Months
High Light:

BA 830 Bonding Adhesive


Bonding Adhesive Equivalent To Chemlok 250


26% Rubber To Metal Bonding Adhesive






Rubber to Metal Bonding Agent 830 is a one-coat adhesive used to bond a variety of elastomers to various substrates during vulcanization of the elastomer. It is composed a mixture of polymers, organic compounds and mineral fillers dissolved or dispersed in an organic solvent system.

A single coat of 830 adhesive will bond compounds based on natural rubber (NR), polyisoprene (IR), styrene-butadiene (SBR), polybutadiene (BR), polychloroprene (CR), nitrile (NBR), butyl (IIR), EPDM and polyepichlorohydrin (ECO) polymers to a variety of metals. These metals include carbon and alloy steels, stainless steel, aluminum, copper and copper alloys, magnesium and zinc, as well as a variety of plastics, composites and fabrics.


Features and Benefits


Convenient – Rubber to Metal Bonding Agent 830 requires only a single coat for most applications, reducing labor, solvent usage, inventory and shipping costs.

Versatile – bonds a wide variety of elastomers to metals, plastics and fabrics; suitable for existing production lines; tolerates a wide variety of stock formulations.

Durable – Rubber to Metal Bonding Agent 830 provides rubber tearing bonds; provides superior adhesion to plated metals, lowering scrap rates.



Typical Properties


Item Test Result
Appearance Black liquid

Viscosity, cps @ 25°C (77°F)

Brookfield LVT

Spindle 2, 30 rpm



Density(kg/m3) 935.5 - 985.5
Solids Content by Weight, % 24 – 26
Flash Point (Seta), °C 34 – 38
Solvents Xylene, Trichloroethylene



Applying 830


1. Chemical Cleaning

Chemical treatments are readily adapted to automated metal treatment and adhesive application lines. Chemical treatments are also used on metal parts that would be distorted by blast cleaning or where tight tolerances must be maintained. Phosphatizing is a commonly used chemical treatment for steel, while conversion coatings are commonly used for aluminum.

2. Mechanical Cleaning

Grit blasting is the most widely used method of mechanical cleaning. However machining, grinding or wire brushing can be used. Use steel grit to blast clean steel, cast iron and other ferrous metals. Use aluminum oxide, sand or other nonferrous grit to blast clean stainless steel, aluminum, brass, zinc and other nonferrous metals.

For further detailed information on surface preparation of specific substrates, refer to Polyton Adhesives application guide. Handle clean metal surfaces with clean gloves to avoid contamination with skin oils. Apply 830 adhesive to stainless steel, aluminum, brass and other nonferrous substrates within one-half hour after cleaning. For ferrous substrates such as steel, a long layover can be tolerated if no rust is formed.

Mixing – Thoroughly stir Rubber to Metal Bonding Agent 830 before use, and agitate sufficiently during use to keep dispersed solids uniformly suspended. If needed, proper dilution for the various application methods is best achieved by experience. Give careful attention to agitation since dilution will accelerate settling.

Applying – Apply Rubber to Metal Bonding Agent 830 by brush, dip, roll coat, spray or any other method that gives a uniform coating and avoids excessive runs and tears. When using Rubber to Metal Bonding Agent 830 as a one-coat adhesive, the dry fi lm thickness should be 17.8-30.5 micron (0.7-1.2 mil). When used as a covercoat over a primer, the dry fi lm thickness of 830 adhesive should be 15.2-20.3 micron (0.6-0.8 mil).

1. Brushing

Apply full strength. The best bonds will be achieved by a uniform and complete surface coverage.

2. Dipping

Dilute adhesive with 10-25% xylene or toluene, by volume, to a Zahn Cup #2 viscosity of 30-48 seconds. Proper withdrawal will help reduce the tears and drip edges.

3. Roll Coating

Apply full strength. For best results, apply uniformly to surfaces.

4. Spraying

Dilute 830 adhesive with 25-50% xylene or toluene, by volume, to a Zahn Cup #2 viscosity of 21-24 seconds. The adhesive must be wet when it reaches the metal part. If drying occurs in the air before reaching the metal, cobwebbing and poor adhesion will result.

For electrostatic applications, dilute adhesive to a Zahn Cup #2 viscosity of 30 seconds, using technical grade methyl ethyl ketone (MEK) in ratio of 4 parts adhesive to 1 part solvent.

Drying/Curing – Allow the applied adhesive to dry until visual examination of the fi lm has shown that all solvent has evaporated. This will take approximately 20-40 minutes at room temperature. Drying time can be shortened by either preheating the metal inserts or oven

drying after application. Metal parts may be preheated to a maximum of 65°C (150°F) prior to adhesive application. For coated parts, moderate drying temperatures should be used, but temperatures as high as 149°C(300°F) may be used for very short periods of time. Maximum air flow at minimum temperatures will give the best results.

Dried films of Rubber to Metal Bonding Agent 830 are non-tacky; therefore, coated parts can be piled into tote pans for subsequent processing. Wear clean gloves when handling coated parts and cover the tote pans to prevent contamination by dirt, dust, grease, oil, etc. If coated parts are properly protected, long layover times between adhesive application and bonding usually have no adverse effect on the bond. If humidity is high, layover time will be shortened. If 830 adhesive has been removed by chipping or abrasion during handling, these damaged areas can be recoated before bonding.

Rubber to Metal Bonding Agent 830 can be used to bond rubber by compression, transfer, injection or other molding procedures used to make bonded parts. Maximum adhesion is obtained when the rubber has completely cured. Ideal bonding conditions exist when both the adhesive and the rubber cure at the same time. To accomplish this, load the adhesive coated metal parts in the mold and quickly fill the cavity with rubber.

Dry films of 830 adhesive remain firm at molding temperatures. During transfer or injection molding operations, the adhesive shows minimal tendency to wipe or sweep.

While it is desirable to keep mold loading cycles to a minimum to prevent pre-cure of the adhesive and the rubber, Rubber to Metal Bonding Agent 830 will resist moderate prebaking times without affecting bond performance. Transfer or injection molds need properly designed runners and sprues, as well as adequate pressures. This prevents rubber pre-curing before the mold cavities are completely filled.

Cleanup – Use solvents such as xylene and MEK to remove adhesive before heat is applied. Once cured, removal by solvent is not possible.




3.5kg/drum; 18kg/drum



Shelf Life/Storage


Shelf life is one year from date of shipment when stored in a well ventilated area at 21-27°C (70-80°F) in original, unopened container. Do not store or use near heat, sparks or open flame.

Avoid excessive exposure to high humidity. Keep container tightly closed when not in use. Once opened, fit the 55-gallon drum of adhesive with desiccant tubes. Information on desiccant tubes can be obtained from your Polyton Technical Service Representative.



Relevant Extension

What is Rubber to Metal Bonding?


One of the most common manufacturer rubber needs is rubber to metal bonding. When metal is bonded to the rubber, it becomes extremely strong and durable. This becomes incredibly important in NVH (Noise, Vibration & Harshness) applications.

The process also creates reliable, custom isolators for machines and equipment. Manufacturers can choose the elastomer and the metal that they would like to be bonded. Each material has its standout features and best case uses. These choices enable manufacturers to hand-pick materials for bonding based on the temperature resistance, durability and other characteristics needed for the intended application.

Metal Bonded Rubber Applications

Metal bonding can be performed on virtually any rubber part. This is what makes it so versatile and popular. There are many applications for the use of metal bonded rubber. Here are a few:

  • Automotive: Gaskets, seals, bushings, engine mounts, hangers, bumpers
  • Agriculture: Seals, isolation mounts, pumps, stabilizers, ball joints, cab isolation
  • Medical: O-rings, tubing, extrusions, pump compressor isolation
  • Mass Transit: Valve seals, pedal, suspension, engine parts
  • Construction: Conveyor belt, vibration reduction, isolation mounts, stabilizers

Metal bonding ensures the highest level of security. Bonded metal to rubber parts can last a long time, keeping users and equipment safe. Optimal outcomes are achievable as long as the right materials are used.


Contact Details
Qingdao Exceed Fine Chemicals Co.,Ltd

Contact Person: Mr. Louis.liu

Tel: 86-15275281902

Fax: 86-532-82693196

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