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Brass Cable Glands are mechanical cable-entry devices used to securely connect and protect electrical cables where they enter electrical enclosures, junction boxes, control panels, switchgear, motors and industrial equipment. They provide cable retention, strain relief, environmental sealing and protection against dust and moisture, depending on the gland design and IP rating.

They are manufactured from high-quality brass, nickel-plated brass or other specified materials and are available in multiple thread types, cable ranges and sealing configurations.

DLO & DRC Cable
Type w, g, g-gc
Stage cable
Compact 600 v
Ppe portable power elastomer
Welding cable
Xhhw - z
Aluminium cable.

RFS 1/2³ Halogen-free RF Cable

FEATURES / BENEFITS

Low Attenuation
The low attenuation of CELLFLEX coaxial cable results in highly efficient signal transferrin your RF system.

Complete Shielding
The solid outer conductor of CELLFLEX coaxial cable creates a continuous RFI/EMI shield that minimizes system interference.

Low VSWR
Special low VSWR versions of CELLFLEX coaxial cables contribute to low system noise.

Outstanding Intermodulation Performance
CELLFLEX coaxial cable's solid inner and outer conductors virtually eliminate intermods. Intermodulation performance is also confirmed with state-of-the-art equipment at the RFS factory.

High Power Rating
Due to their low attenuation, outstanding heat transfer properties and temperature stabilized dielectric materials, CELLFLEX cable provides safe long term operating life at high transmit power levels.

Wide Range of Application
Typical areas of application are: feedlines for broadcast and terrestrial microwave antennas, wireless cellular, PCS and ESMR base stations, cabling of antenna arrays, and radio equipment interconnects.

Meets or Exceeds: IEC 60754-1, -2; IEC 60332-1-1, -2;IEC 61034-1, -2; IEC 60332-3-24
(formerly IEC 60332-3-C)

Origin: Japan

Code: 2025720BN

Material: PVC soft cable skin regrind Mixed colors

Category: PVC

Type: soft cable skin regrind

Color: Mixed colors

Quantity: 50 Tons

Loading weight: 24 Tons

Specification: "PVC soft cable skin regrind mixed colors, no contamination

Can export to VN & India directly

subject to unsold , regular shpt"

Thanks for contacting us!

We are selling CFR term, Incoterms 2020. Payment term: 50% advance, balance against copy Bill of Lading

Could you please give us more details about your company and demand for us to offer you the suitable material?



1.What is your company name and address?

2.Have you imported this material before?

3.If yes, which is your port of destination and HS code which you use to import this material?

4.How many tons do you need per month?

5.Which grade and color are you looking for?

6.Do you prefer us to contact you via email or whatsapp, wechat, skype,..?

PVC Cable Regrind Mixed Color Plastic Scrap Material For Sales
MATERIAL PVC Cable Regrind Mixed Color
CATEGORY PVC
TYPE Regrind
GRADE Mixed Color
SPECIFICATION Copper 2-3%
Rubber 1 %
PE 1-2%
minimum order quantity 2 containers
Origin Japan
LOADING WEIGHT 25 Tons
CNF (USD/Ton) CNF Korea 195-395$

The conductor of power cable uses high-purity oxygen-free copper or aluminum alloy, offering low resistivity and excellent conductivity. Copper conductors provide high ampacity and stable connections, suitable for long-distance transmission. Aluminum conductors are lighter and more cost-effective, ideal for overhead or large cross-section applications. The insulation is cross-linked polyethylene (XLPE), which has excellent heat resistance, aging resistance, and dielectric strength, with a continuous operating temperature of 90â?? and up to 250â?? under short-circuit conditions. Compared to PVC insulated cables, XLPE cables allow higher ampacity and lower dielectric loss. Insulation eccentricity is strictly controlled to ensure uniform electric field distribution, extending cable service life. All conductors pass DC resistance tests and partial discharge tests, complying with GB/T 12706 or IEC 60502 standards.
Power cables can be armored or unarmored depending on the installation environment. Steel tape armor (STA) is suitable for direct burial or locations subject to significant mechanical pressure, effectively preventing rodent bites and excavation damage. Steel wire armor (SWA) provides higher tensile strength for vertical installation or underwater environments. An inner sheath isolates the armor layer, and an outer sheath provides corrosion protection. Sheath materials include PVC, PE, or LSZH (low smoke zero halogen). PVC sheathing is flame-retardant and cost-effective; PE sheathing is weather-resistant and waterproof, ideal for wet or outdoor conditions; LSZH sheathing produces very little smoke and no toxic gases when burned, making it suitable for confined spaces such as subways and hospitals. All sheaths pass voltage withstand, oil resistance, and UV resistance tests.

What We Offer
We supply a full range of micro-coaxial cables with outer diameters from 0.64mm to 1.80mm, designed for high-frequency signal transmission in space-constrained electronic devices. Available as bare cable or fully assembled with ultra-miniature connectors including U.FL, MHF, W.FL, AMC, UMCC, and other industry-standard interfaces.
Small diameter. Big performance.

Why Micro-Coax?
Space Saving - Ultra-fine diameters as small as 0.64mm enable routing in the tightest electronic devices where traditional coaxial cables cannot fit.
High Frequency Performance - Operating up to 18 GHz depending on cable type and connector combination. Consistent 50 impedance ensures stable signal integrity in wireless communications.
Excellent Flexibility - Stranded conductor and flexible dielectric materials allow tight bend radii for complex routing inside small devices.
Shielding Options - Available in single-shielded and double-shielded (DS) configurations. Double-shielded versions provide superior RF interference protection for noise-sensitive applications
Reliable Interconnection - Designed for use with ultra-miniature connectors that feature self-aligning designs, snap-on mating, and no-solder termination for efficient assembly.

Value-Added Services
Custom Assemblies - SMA, U.FL, MHF, W.FL, AMC, UMCC, SSMCX connectors available. Right-angle and custom configurations upon request .
Custom Lengths - Any length from 50mm to 1000mm or longer .
Custom Marking - Printing, labeling, or color-coding per your specifications.
Double-Shielded Options - RG178-DS equivalent construction available for high-EMI environments .

Contact Us
Request samples, quotes, or technical consultation. OEM and ODM inquiries welcome.
Full test documentation available with every order.

Product Introduction
The TRX Series Tri-Shield Coaxial Cables (including TRX-178, TRX-179, TRX-316, TRX-180, TRX-142, TRX-400) are premium-grade RF interconnect solutions engineered for critical applications requiring exceptional signal integrity. The triple-shielded design provides superior protection against electromagnetic interference (EMI), ensuring low noise and stable performance in demanding environments.

Structure:
1. Inner Conductor: Silver-plated Copper Alloy
2. Insulation: PTFE (Polytetrafluoroethylene)
3. Inner Shield: Silver-plated Copper Braid
4. Inner Jacket: FEP (Fluorinated Ethylene Propylene)
5. Outer Shield: Silver-plated Copper Braid
6. Outer Jacket: FEP (Fluorinated Ethylene Propylene)

Core Features
1.Precision PTFE Insulation: Delivers consistent electrical performance, low loss, and high-temperature resistance.
2.High-Density Triple Shielding: Multi-layer braided shields achieve excellent shielding effectiveness, minimizing signal leakage and external interference.
3.Low Noise & High Immunity: Advanced construction resists signal interference, reducing noise and ensuring clean signal transmission.
4.Enhanced Signal Integrity: Optimized design improves data transmission accuracy and long-term stability.

Specification
Model Inner Conductor Insulation (mm) Inner Shield (mm) Inner Jacket (mm) Outer Shield (mm) Outer Jacket (mm)
TRX-178 7/0.10 0.86 1.26 1.88 2.29 2.95
TRX-179 7/0.10 1.60 2.00 2.51 2.92 3.58
TRX-316 7/0.17 1.52 1.93 2.44 2.85 3.56
TRX-180 7/0.102 2.59 3.00 3.51 3.91 4.57
TRX-142 1/0.94 3.00 3.50 4.22 4.72 5.46
TRX-400 19/0.203 3.00 3.45 4.22 4.72 5.46

Typical Applications
These high-performance tri-shield cables are ideal for:
1) RF & Microwave Systems: Transmitters, receivers, and antenna feeds
2) Test & Measurement: High-frequency test benches and signal analyzers
3) Aerospace & Defense: Avionics, radar systems, and military communications
4) Telecommunications: Base stations, broadcast equipment, and high-speed data links
5) Medical Equipment: MRI, RF surgical tools, and diagnostic instruments

What We Offer
We manufacture and stock a complete range of semi-rigid 50 coaxial cables under the SR series. These cables feature a seamless copper outer conductor, solid PTFE dielectric, and silver-plated copper or copper-clad steel center conductor. Available as bare cable, cut-to-length, or fully assembled with connectors per your specifications. You choose the configuration â?? we deliver.

Full Series Available
Standard Diameters
SR-016 (0.016"), SR-020 (0.020"), SR-024 (0.024"), SR-025-ULL, SR-031 (0.031"), SR-034 (0.034"), SR-047 (0.047"), SR-056 (0.056"), SR-070 (0.070")
Popular .085" & .086" Types
SR-085C-LL, SR-086
Popular .141" Type
SR-141
Heavy-Duty Types
SR-120C-LL, SR-215-TP, SR-250 (0.250"), SR-325C, SR-390C (0.390")
Additional sizes and custom configurations available upon request.

Why Semi-Rigid?
100% Shielding - Seamless copper tube outer conductor provides shielding effectiveness up to -165dB, eliminating signal leakage and crosstalk in dense RF systems .
Phase Stable - Solid PTFE dielectric and rigid construction maintain consistent impedance and phase performance over temperature and after forming .
High Frequency - Reliable operation from DC up to 110 GHz depending on diameter. Smaller diameters support higher frequencies .
Shapeable - Bends and holds its form permanently. Ideal for tight, fixed installations where cable routing must be precise .
Low Loss - Solid outer conductor construction delivers lower attenuation compared to braided flexible cables of similar size .

Value-Added Services
Custom Assemblies - SMA, 2.92mm, 2.4mm, N-Type, TNC, BNC, MCX connectors available. Right-angle, bulkhead, and custom configurations upon request .
Custom Lengths - Any length from 100mm to full spool quantities.
Custom Forming - Pre-bent to your specific routing drawing - ready for drop-in installation.
Custom Marking -Printing, labeling, or color-coding per your specifications.
Custom Packaging - Standard reels, cut-length packaging, or individual kits.

Contact Us
Request samples, quotes, or technical consultation. OEM and ODM inquiries welcome.
Full traceability documentation and test reports available with every order.

Product Overview
Our M16878 and M22759 series military-specification (Mil-Spec) hook-up wires are designed for high-reliability electronic interconnections in extreme environments. Manufactured in strict compliance with MIL-W-16878 and MIL-W-22759 / SAE AS22759 standards, these wires feature fluoropolymer insulation (PTFE, FEP, or ETFE) that delivers exceptional thermal stability, chemical resistance, abrasion protection, and flame retardancy. They are the preferred choice for aerospace, defense, semiconductor testing, and industrial applications where performance and safety are critical.

Key Features
Specification Compliance

MIL-W-16878 (all types)
MIL-W-22759 / SAE AS22759
NEMA HP-3 / HP-4 (partial types)

Conductor Options

AWG 38 to AWG 10 available
Solid or stranded (7, 19, 37, or 41 strands)
Plating: Tin, Silver, or Nickel customizable per temperature and corrosion requirements

Insulation Options

PTFE (Polytetrafluoroethylene) up to 260C
FEP (Fluorinated Ethylene Propylene) up to 200C
ETFE (Ethylene Tetrafluoroethylene) up to 150C (200C short-term)

Voltage Ratings

250V, 600V, or 1000V options available

Colors

Standard: White, Black, Red, Blue, Yellow, Green, Orange, Brown, Violet, Gray other colors available upon request

Why Choose Us?
Full traceability with mill test reports available upon request
Custom spool lengths and packaging options (spool, reel, or cut pieces)
Short lead times for both standard and custom orders
Competitive pricing with consistent quality
Technical support for specification and application inquiries

Contact Us
For more information, samples, or custom quotations, please contact our sales team. We welcome OEM and ODM inquiries.

T-Bridge stands for "Telephone Line Communication", Which enables high speed data transmission through telephone cables. Besides Telephone cables, any types of copper cables such as coaxial cables, speaker cables, and UTP cables can be applied. T-bridge can save network construction cost dramatically as it can utilize existing copper cables already wired.

Origin: Japan
Code: 20261774BN
Material: PVC repro pellets from soft wire cable skin
Category: PVC
Type: repro pellets
Grade: from soft wire cable skin
Quantity: 400 Tons
Loading weight: 25 Tons
Specification: PVC repro pellets from soft wire cable skin

Thanks for contacting us!
We are selling CFR term, Incoterms 2020. Payment term: 50% advance, balance against copy Bill of Lading
Could you please give us more details about your company and demand for us to offer you the suitable material?

1.What is your company name and address?
2.Have you imported this material before?
3.If yes, which is your port of destination and HS code which you use to import this material?
4.How many tons do you need per month?
5.Which grade and color are you looking for?
6.Do you prefer us to contact you via email or whatsapp, wechat, skype,..?

Application: High frequency coaxial cable, wire network, tram line
Insulation Material: noninsulated
Conductor Material: Copper Clad Steel
Conductor Type: Solid
Type: Bare
Place of Origin: India and China

A Without the
B 3 TO 3RCA

Product Introduction
Our RF Series Ultra-Thin Coaxial Cables� (including RF0.81, RF1.13, RF1.32, RF1.37, RF1.48) are high-performance, miniature RF interconnect solutions. Designed for compact, high-frequency applications, these cables combine excellent flexibility, durability, and signal integrity.

Core Features
1. Superior Flexibility & Bend Resistance: Engineered to withstand repeated bending without performance degradation, ideal for tight spaces and moving applications.
2. High Durability: Corrosion-resistant, flame-retardant, and aging-resistant construction ensures long-term reliability in harsh environments.
3. Stable Signal Performance: Optimized design improves data transmission accuracy and stability for high-frequency signals.
4. Ultra-Compact Form Factor: Small outer diameters make them perfect for space-constrained consumer electronics and medical devices.

Typical Applications
These ultra-thin coaxial cables are widely used in:
1 Consumer Electronics: Mobile phones, laptops, digital cameras
2 Navigation & Positioning: GPS receivers and tracking systems
3 Medical Devices: Ultrasound equipment and diagnostic instruments
4 High-Frequency Interconnects: Compact RF modules and test equipment

BODY:- Aluminium die cast parts.

OBSERVATION HEAD:- Trinocular head 360 rotatable.

STAGE:- Co-axial mechanical stage slides for frictionless and jerk free movement.

CONDENSER:- Moveable condenser (NA 1.2) with IRIS diaphragm and filter holder on rack and pinion.

FOCUSING:- Separate coarse and fine focusing adjustment.

OBJECTIVES:- Achromatic objectives 5X, 10X, 45X (SL) and (SL) OIL

EYEPIECE:- WF 10X pair.

NOSEPIECE:- Nosepiece.

SAFETY DEVICE:- Adjustment down stopper for preventing accidental damage.

ILLUMINATION:- Variable illumination control to sliders.

Float level gauge based on buoyancy and magnetic coupling principle for direct on-site liquid level indication. No power supply needed, corrosion-resistant and foam-tolerant, ideal for level monitoring of water, oil, acid/alkali tanks, and underground sumps.

High-accuracy float level gauge with optional 4-20mA remote output and high/low alarm switches. Available in stainless steel or PP material, with max temperature 200�ºC, suitable for level measurement in food, chemical, environmental protection, and boiler drum applications.

The core of a float level gauge is a hollow float connected to a magnetic assembly via a stem or directly. As the liquid level rises or falls, the float moves with the surface, driving the internal magnet, which magnetically couples to an external indicator pointer or flap. This non-contact magnetic coupling transmission is fully sealed, eliminating leakage risks and the need for packing glands or dynamic seals. The entire measuring mechanism is isolated from the measured liquid, making it suitable for corrosive, toxic, or high-temperature media. Compared to glass tube level gauges, the float level gauge is much stronger, less prone to breakage, and does not clog due to dirty liquids. Compared to ultrasonic or radar level gauges, it is unaffected by steam, foam, or dielectric constant, providing more stable performance in harsh conditions.

The wetted parts (float, stem, flange or thread) of the float level gauge can be made of various materials depending on the medium. The standard version is 304 or 316L stainless steel, suitable for water, oil, and weak acids/alkalis. For highly corrosive media such as hydrochloric acid, sulfuric acid, or seawater, PP polypropylene, PTFE, or Hastelloy are available. The float is welded and sealed to ensure no leakage even after long-term immersion. The operating temperature range is wide: -40C to +200C for stainless steel, and -10C to +80C for PP. Pressure ratings range from atmospheric to 6.4MPa. Process connections include flanges (DN25 to DN150) and threads (G1/2 to G2), with easy installation and reliable sealing. For food-grade applications, sanitary tri-clamp connections and polished surfaces are also available.

The integrated temperature transmitter encapsulates the temperature sensor and transmitter circuit in the same stainless steel housing, eliminating a separate signal converter. The sensor part can be a Pt100 RTD, Type K thermocouple, or Type E thermocouple, directly contacting the measured medium. The transmitter module linearly converts resistance or EMF signals into a 4-20mA current signal, which can be transmitted over thousands of meters without degradation. This integrated design greatly reduces wiring points and potential failure points, significantly lowering installation and maintenance costs. The all-metal housing effectively shields against electromagnetic interference, making it suitable for temperature monitoring near variable-frequency motors and high-power equipment.
The integrated temperature transmitter supports an extremely wide temperature range, from low -200â?? (liquid nitrogen environment) to high +1300â?? (industrial furnaces). Users can freely set the upper and lower range limits and adjust zero and span via PC software or a communicator. Transmission accuracy reaches �±0.1% FS or �±0.2% FS, better than traditional bare RTD outputs. Built-in linearization circuits and cold junction compensation (for thermocouples) ensure accurate readings across the full range. The sensor break alarm function causes the output to jump above 20mA or below 3.6mA when the sensor opens or shorts, alerting maintenance personnel. This feature greatly enhances process control safety.

The core of a bimetallic thermometer is a spiral or helix-shaped bimetal element made of two metal strips with different thermal expansion coefficients welded together. When the temperature changes, the two metals expand differently, causing the element to twist and rotate the pointer via a shaft, indicating temperature directly on the dial. The entire process is purely mechanical, requiring no batteries or external power, and never fails due to a power outage. With no electronic components, it is immune to electromagnetic interference, making it suitable for use near variable-frequency motors and high-voltage switchgear. The response speed is moderate, sufficient for most industrial on-site temperature monitoring needs. Compared to glass thermometers, it is much stronger and less prone to breakage. Compared to thermocouples, it requires no transmitter and is more cost-effective.

The thermowell, connection, and housing of the bimetallic thermometer are typically made of 304 or 316L stainless steel, resistant to water, oil, weak acids, alkalis, and steam corrosion. Thermowell diameters range from 6mm, 8mm, 10mm to 12mm, with lengths customizable from 50mm to 2000mm. The housing protection rating reaches IP65 or IP66, dust-tight and protected against water jets or even brief immersion, suitable for outdoor or humid workshop installation. Connections between housing and thermowell include threads (G1/2, G3/4, NPT1/2, etc.) and flanges (DN25, DN50, etc.), with reliable sealing to prevent leakage. The housing can also be filled with silicone oil or glycerin to enhance vibration resistance, ideal for high-vibration equipment such as compressors, pumps, and engines. The fill fluid also prevents fogging inside the dial, keeping readings clear in alternating hot and cold environments.

The bimetallic thermometer offers a wide variety of temperature ranges, including common ones such as -40~+80C, 0~100C, 0~150C, 0~300C, 0~500ºC, with custom low-temperature extension to -80C. Accuracy classes are typically 1.0 or 1.5, meaning permissible error of ±1% or ±1.5% of span, meeting the requirements of most industrial on-site monitoring. Dial diameters include 60mm (compact), 100mm (general purpose), and 150mm (long-distance reading), with white background/black markings, and some models feature red alarm zones. The pointer can be designed with an external zero-adjustment screw for easy field calibration of zero error. For export equipment, dual-scale dials (C/F simultaneously) are available to suit different national habits. Additionally, electrical contacts can be added to output a switching signal when the temperature reaches a high or low limit for alarm or interlock control.

Product Description
YB series stainless steel pressure gauge is designed for corrosive environments and high-vibration applications. Its all-stainless steel case and movement ensure long-term stable readings, ideal for chemical, petroleum, food, and pharmaceutical industries.

The YB series stainless steel pressure gauge features a 304 or 316L all-stainless steel case and connection, resistant to most corrosive media such as acids, alkalis, salt solutions, and various chemical gases. The internal sensing elements are also stainless steel treated to prevent rust or sticking. Compared with ordinary carbon steel gauges, this series offers several times longer service life in humid or chemical environments. You can avoid frequent instrument replacement and reduce the risk of production stoppage. It is ideal for wastewater treatment, electroplating lines, fertilizer plants, and other harsh applications.

For strong pulsation or high-vibration applications such as pump outlets and compressor lines, the YB series gauge can be filled with damping fluid (glycerin or silicone oil) to greatly buffer pressure shocks. The pointer swings smoothly and remains easy to read, without wear or zero drift caused by vibration. The case uses a sealed construction to prevent dust and moisture ingress. Even under long-term high-frequency vibration, it maintains accuracy of �±1.5% or higher. This makes it an ideal choice for hydraulic systems, injection molding machines, reciprocating pumps, and similar equipment.

The YB series offers a wide range of pressure scales, from vacuum (-0.1 MPa) to high pressure (0-1000 MPa), meeting different requirements for vacuum, low pressure, and high pressure measurement. Dial diameters include 60mm, 100mm, and 150mm for easy reading at a distance. Both back (axial) and bottom (radial) connections are available, with thread standards including G, NPT, PT, and other internationally common threads. You can directly replace old gauges without modifying existing pipelines. Dual-scale dials (e.g., MPa/psi) are also available for export equipment.

The YB series stainless steel pressure gauge is widely used in petrochemical, pharmaceutical machinery, food and beverage, shipbuilding, water treatment, and laboratory equipment - any field requiring hygiene or corrosion resistance. Each unit undergoes individual pressure testing and accuracy calibration before shipment, ensuring an error within 2%. The case protection rating reaches IP65, dust-tight and protected against water jets. We offer a one-year warranty and long-term technical support, with third-party calibration certificates available for bulk orders. Choosing the YB series means choosing a stable and reliable pressure monitoring solution.