从China供应商批发进口3c- Metric Female 24 L.T. — FOB条款

The 3C- METRIC FEMALE 24 L.T. is a carbon steel hydraulic adapter featuring a zinc-plated protective finish, designed for standard-temperature fluid power connections in metric hydraulic systems. Part number 3C identifies this specific geometry within the supplier's catalogue, distinguished from its high-temperature counterpart by seal material and operating temperature range rather than dimensional differences in the metal body. The 24° internal cone follows the same ISO 8434-1 / DIN 2353 standard as all metric female adapters, ensuring functional interchangeability with European and Asian equipment. Colour options of silver white, blue white, and yellow zinc provide visual identification for maintenance personnel or OEM assembly line differentiation between pressure circuits, return lines, and drain connections.

Carbon steel construction with commercial zinc plating offers a balance of machinability, strength, and economy for general industrial hydraulic applications where operating temperatures remain within standard nitrile rubber (NBR) seal limits, typically -30°C to +100°C. The L.T. (low temperature or standard temperature) designation indicates compatibility with conventional elastomeric seals rather than fluorocarbon or other high-temperature compounds. Surface finish on the 24° cone, while not specified by the supplier, directly influences leakage performance: industry practice demands sufficient smoothness to achieve elastic deformation at the seal interface without the surface asperities that would permit micro-leakage paths. The zinc layer provides basic atmospheric corrosion protection for indoor and sheltered machinery applications, though its effectiveness diminishes in marine environments or where exposed to acidic industrial atmospheres.

Primary buyers include manufacturers and maintainers of construction equipment, agricultural tractors and implements, material handling machinery, and stationary industrial presses operating on metric hydraulic standards. The standard-temperature specification covers the majority of earthmoving, lifting, and processing equipment where hydraulic oil temperatures are controlled by reservoir design and heat exchangers. Aftermarket distributors source these adapters for repair and replacement of damaged fittings in the field, where metric system prevalence in European and Japanese original equipment sustains consistent demand. Procurement from Hebei Sinopulse Tech Group requires attention to seal compatibility verification, as the L.T. designation assumes standard NBR or similar compounds; buyers using phosphate ester fluids or synthetic lubricants must confirm seal material suitability independently, as the adapter body specification does not govern hose or O-ring selection.

Hebei Sinopulse Tech Group Co., Ltd. maintains its manufacturing base in Feixiang Industrial Zone, Handan, Hebei Province, China, with the postal address at South of Xingfu Street, 057550. The company's platform profile indicates Harbor trust tier status, accompanied by a 0.00 percent response rate and zero recorded average response hours, suggesting minimal active engagement through the listing channel. Direct communication testing is advisable before procurement planning. The supplier's declared product range encompasses hydraulic hose fittings, adapters, couplings, ferrules, and flanges, extending to custom CNC production from customer drawings across steel, stainless steel, and brass materials.

The business positions itself as responsive to special requirements including non-standard tolerances, alternative materials, specific surface treatments, and customised testing protocols. No independently verified quality certifications, factory size data, revenue figures, or customer references appear in the accessible profile information. The 3C Metric Female 24 L.T. adapter represents a catalogue standard product rather than a custom-engineered component, with colour choice as the primary configurable element. Prospective buyers should treat initial transactions as qualification exercises, using sample orders to validate dimensional accuracy, surface finish consistency, and documentation practices before committing to scheduled volume agreements.