Control Tap, Machine Made Manufacturer,Supplier and Exporter in India
Product Code : SCL-WAS-11826
This
machine-fabricated control tap is engineered for precise volumetric regulation
in University and Vocational (TVET) laboratory gas or liquid distribution
systems. Utilizing a forged brass body with a dual-nut 6/8 x 6/8 configuration,
it ensures leak-proof mechanical coupling under fluctuating pressure. Compliant
with international metallurgical standards, it solves the requirement for
high-durability shut-off interfaces in technical workshop environments.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Forged Brass Body
(Machine-Finished) |
|
Coupling Interface |
Dual-Nut Assembly
(Bi-directional) |
|
Configuration |
Standard 6/8 x 6/8
Threading/Sizing |
|
Manufacturing Process |
CNC Machine-Made for
High-Tolerance Fitting |
Key Pedagogical Outcomes
·
Precision Machine-Made Threads: Allows students to practice leak-free
mechanical assembly and torque-specific fastening, supporting Mechanical
Engineering.
·
Forged Brass Substrate: Provides an evidentiary platform for the study of metallurgical
properties and corrosion resistance in pressurized fluid systems.
·
Standard 6/8 x 6/8 Dual-Nut Interface: Enables students to execute standardized
laboratory plumbing configurations, fulfilling "Application" and
"Analysis" levels.
·
Manual Actuation Control: Facilitates the mastery of precise flow-rate
regulation during chemical titration or gas-flow calibration exercises.
International Logistics & Compliance
Our export division
specializes in high-volume institutional tender fulfillment, ensuring all
consignments are secured in export-grade seaworthy crating
(ISPM-15 compliant) to protect against oxidation and mechanical
stress during transit. Standard documentation includes a Manufacturer’s Authorization Form (MAF), Certificate of
Conformance (CoC), and technical assembly schematics in English. This hardware
features a tropicalized design, tested for structural stability
and thread integrity in operational environments reaching 45°C and 90% humidity.
