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Why choose silicone wires in a high-temperature environment?
The drawbacks of ordinary wires: Silicone wires address these issues specifically.
1. Ordinary PVC wires can withstand a maximum temperature of only 105℃. In high-temperature environments, they tend to soften, become sticky, short-circuit and age, resulting in frequent replacements and increased costs.
2. Silicone high-temperature resistant wires are available in two temperature ratings: 200℃ and 260℃. They can work stably in the internal heat sources for a long time, significantly reducing the failure rate during after-sales service.
3. Hard plastic wire materials are prone to cracking and breaking after being bent a few times. Silicone materials are soft and resistant to bending, making the wiring more durable when moving, extending and adjusting.
Step-by-step Reference for Procurement and Selection
Step 1: Determine the conductor material
For mass-produced civilian and conventional electrical appliances → Select tin-plated copper
For circuits with low resistance and high power requirements → Select bare copper
For high-frequency signals and precision measurement instruments → Select silver-plated copper
Step 2: Decide whether to include a shielding layer
For temperature transmission signals and weak current sensing lines → Select tin-plated copper woven shielded type, which is anti-interference and prevents signal drift
For ordinary power supply and internal wiring of equipment → Select the non-shielded type to save money
Step 3: Match the voltage level
For conventional low-voltage equipment → 300/500V is sufficient; for high-voltage conditions, select 600V/1000V specifications
Step 4: Select the temperature resistance level
For ordinary heat-generating equipment → Select the -60~200℃ type; for furnaces and ultra-high temperature environments, select the -80~260℃ wide-temperature type
Step 5: Customize the appearance
Colors, wire diameters, meters, and roll packaging can all be customized as per requirements, to match the needs of automated terminal crimping assembly.
Product Core Highlights
1. Resistant to oil stains and chemical volatile gases, more durable in factory oil-contaminated workshops and humid environments.
2. Stable insulation performance, in line with electrical safety standards, and can be accompanied by compliant test reports.
3. Excellent flexibility, suitable for wiring in narrow spaces and areas with frequent bending.
4. Produced at the factory, with controllable delivery time, and capable of providing long-term stable supply for export orders.
Global popular application industries
1. Household appliance manufacturing: Internal connection cables for various heat-generating small appliances
2. Industrial heat treatment equipment: Drying lines, high-temperature furnaces, internal wiring of injection molding machines
3. Instrument and meter temperature measurement industry: Thermocouples, temperature sensors, signal cables for matching
4. New energy storage industry: Lithium battery packs, photovoltaic inverters, internal wiring
5. Intelligent automated production lines: Mechanical hands, reciprocating motion mechanisms, dynamic extension wiring
