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Multishield is a composite material containing excellent EMI shielding with an efficient environmental seal. Click here to download a PDF of Instructions for Installation of Shielding with Double Adhesive Transfer Tape.
Multishield can be bonded to sheet metal using a thin film of RTV 3145 (or equivalent) or 3M 950 pressure sensitive adhesive. Custom gaskets can be fabricated from solid or sponge multishield using inexpensive rule dies. Compression stops are recommended to control the amount of compression at assembly and to prevent excess compression at the fastener locations. By part number in feet, usually supplied in lengths of 3 feet (approximately) or joined multiples.
Cost effective CHO-SORB EMI ferrites reduce conducted emissions and ESD susceptibility on signal lines and power cables without affecting data transmission.
CHO-SORB nickel zinc material is recommended for unwanted signals between 30 and 300 MHz and high frequency broadband transformers. CHO-SORB ferrite attenuators are designed to absorb extraneous and unwanted energy on cable and circuit traces. When a conductor is surrounded by a ferrite attenuator, low frequency signals are transmitted without any loss.
Standard CHO-SORB cable, surface mount and bead-on-lead ferrites are featured on the following pages. This warranty comprises the sole and entire warranty pertaining to items provided hereunder.
Limitation of remedy: Seller’s Liability arising from or in any way connected with the items sold or this contract shall be limited exclusively to repair or replacement of the items sold or refund of the purchase price paid by buyer, at seller’s sole option.
Parker Chomerics provides several types of connector gaskets, such as mounting flange connectors, interfacial seals, jam nut seals, flat washers, D-subminiature rectangular connectors, O-Rings and D-Rings.
Chomerics also offers connector gaskets manufactured from other non-weather sealing (foam based) materials. Consult Chomerics Applications Engineering Department with any questions. For applications where galvanic corrosion issues against aluminum are a concern, the above materials are offered in “octane levels” of protections from the low to the superior. CHO-SHRINK 1061 is an electrically conductive, heat shrinkable material designed to provide lightweight cable and connector EMI shielding. The CHO-SHRINK cable shielding system allows for relatively easy assembly of shielding systems for complex cable wiring harnesses using conventional heat shrink tubing heating devices. In addition, CHO-SHRINK offers an environmental shield against dust, moisture and other contaminants. CHO-SHRINK materials are ideal for installation on cabling for medical device electronic assemblies which require reliable EMI shielding performance and may benefit from silver’s antimicrobial properties. Typical applications can include; missiles, aircraft, satellites, vehicles, and on cables of any other electronics systems where weight savings is mandatory. Complex cable assembly EMI shielding possible with a wide selection of cable transitions, including T, Y, and other custom shapes. CHO-SHRINK connector boots provide EMI shielding, cable shield grounding, and strain relief at connector backshell terminations. CHO-SHRINK boots shrink to a wide range of cable diameters (shrink ratio is 4:1 at the cable end). One of the major advantages of the CHO-SHRINK EMI cable shielding system over conventional metal shielding is its ease of assembly.


All CHO-SHRINK products may be recovered (shrunk) with the same heating equipment used on ordinary nonconductive shrinkable plastics. To achieve a good mechanical grip between CHO-SHRINK boots and connector backshells, Chomerics strongly recommends the use of Shrink Boot Adapters, which provide a knurled and grooved surface to enhance resistance to torque, snap-off and pull-off stresses. Tie-wraps should also be applied.
The only assembly procedure peculiar to CHO-SHRINK is the necessity to maintain electrical continuity through conductive inside surfaces from connector to connector.
For optimal shielding performance, be sure to terminate the shield at both ends with full 360° contact to a low impedance ground.
Limitation of remedy: Seller’s  Liability arising from or in any way connected with the items sold or this contract shall be limited exclusively to repair or replacement of the items sold or refund of the purchase price paid by buyer, at seller’s sole option. Knitted wire mesh gaskets provide high shielding performance applications in the magnetic and electrical fields.
Wire Mesh Gaskets Wire mesh gasket is made by knitting wire and elastomeric core,it's applied to electronic cabinet, door gap, die casting gap for EMI shielding. Highly durable, resilient and versatile wire mesh gaskets manufactured by us have found their usage in several industries. ThermaCool® gives you the freedom to push the envelope on your next-generation concepts without worrying about the impact on the manufacturing process. Electromagnetic interference (EMI) shielding and thermal management issues are common problems among design engineers. The metal cladding is corrosion resistant and guarantees both excellent EMI shielding and electrical conductivity. The clip-on range can bend up to 90 degree, is suited to clip on to 0.5 to 3 mm thick plate material and can be delivered on continuous lengths or small pre-cutted pieces. Worldwide leading manufacturer of EMC (electromagnetic compatibility), EMI (electromagnetic interference) and RFI(radiofrequency interference) shielding solutions. Keep up to date with the latest developments in Holland Shielding Systems BV by signing up for our newsletter.
The material is manufactured with a matrix of wires embedded in silicone rubber and aligned perpendicular to the contact surfaces. Pressure must be applied to the bond for the duration of the adhesive cure time to assure good contact of the wires to metal. They are widely used in computers, printers, keyboards, PBXs, CATVs, radio and television receivers, medical electronics, and data communications equipment. Unlike cable shields, CHO-SORB attenuators do not require grounding. Low frequency and DC see only the conductor and are unimpeded. High frequency energy couples with the CHO-SORB attenuator, creating an impedance with inductive and resistive qualities. High frequency signals encounter inductive resistance due to the ferrite material’s permeability. All configurations, including attachment clamps, are available through authorized Chomerics distributors for quick, off-the-shelf delivery. In no event shall seller be liable for any incidental, consequential or special damages of any kind or nature whatsoever, including but not limited to lost profits arising from or in any way connected with this agreement or items sold hereunder, whether alleged to arise from breach of contract, expressed or implied warranty, or in tort, including without limitation, negligence, failure to warn or strict liability.
CHO-SHRINK materials are ideal for any applications where weight savings associated with EMI cable shielding is of paramount importance.
The system offers excellent shielding and signifi cant weight savings over traditional metal braid cable shielding systems.
The following has been prepared as a guide to the proper application and assembly of CHO-SHRINK tubing, connector boots, and transitions.


This hot melt will flow during shrinking to provide an effective environmental seal without degrading EMI shielding characteristics. Gaskets can be either all metal knitted mesh or knitted metal mesh over an elastomer core to allow for recovery after compression.
Elastomeric core has various function(anti-chemistry, thermal resistance and water proof) for elasticity. Their sturdy construction and ability to withstand high temperatures have made them the preferred choice of the clients. These products are based upon 50 years of tape manufacturing experience, designing thermal interfaces with creative materials and quality constructions to achieve maximum performance. Seal & Design is a provider of electrically and thermally conductive materials which offer a wide range of EMI shielding to global electronics companies.
The clip-on range is extremely easy to mount and provide a solid mechanical attachment of the EMI shielding gasket without the use of adhesive’s.
The hollow rubber provides low closure force and good spring properties, making it ideal to use as EMI shielding, grounding and static discharge (ESD) or as alternative for finger strips.
All other warranties, including but not limited to, merchant ability and fitness for purpose, whether expressed, implied, or arising by operation of law, trade usage, or course of dealing are hereby disclaimed. For those applications where exposure to fluids is a concern, fluorosilicone materials are recommended. The product consists of polyole?n heat shrinkable tubing, connector boots, and transition pieces that are coated with Chomerics’ unique silver ?lled coating system. Easy repair or rework of cables is facilitated by cutting off the CHO-SHRINK material and installing new material. Ovens may be used to recover tubing, but boots, transitions and other molded parts often require some hand positioning during the shrinking process to assure correct alignment.
If excess sealant fl ows outside the molded part during recovery, it can be easily wiped away while still warm.
This is accomplished by using CHO-SHRINK splice sleeves, which are short lengths of CHO-SHRINK tubing with a conductive outside surface.
We export Wire Mesh Gaskets to almost every part of the world at highly competitive prices. EMI shielding gaskets assure the performance and maintainability of communications equipment, radar, aircraft, spacecraft, automotive vehicles, computers, fire control systems, telecommunications, medical, consumer and industrial electronics. At still higher frequencies, the permeability of the ferrite material decreases and the inductive resistance falls. Notwithstanding the foregoing, there are no warranties whatsoever on items built or acquired wholly or partially, to buyer’s designs or specifications. Typical EMI shielding gasket materials include ferrites, silicone, fluorosilicone, and EPDM. Here, the resistive characteristics dominate and the resistive quality of the ferrite assumes control of providing the insertion loss for dissipating EMI.




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