Warren & Brown Technologies
105 Years
in Business
9 Years with
Yellow Pages
Gallery
About Us
Specialists In Precision Tools
- General Info
Specialise in torque solutions & have a comprehensive range of torque wrenches, torque multipliers.
Warren & Brown Technologies Pty Ltd is a global leader in the manufacture and supply of optic fiber termination, distribution, and management products and services to the telecommunications industry and a manufacturer of a select range of precision tools.
We are a company of quality, with this deep culture stemming from the company's origins of precision tool manufacturing some 90 years ago. We well recognise the need for precision in manufacturing fiber associated products and our ISO 9001 certification & our preferred supplier status with TELCO throughout the world is clear evidence of this commitment. In essence, an agile technology company, strongly focused on product development to meet the ever-changing needs of a dynamic global market.
- Accreditations
ISO 9001- Email Business
- Payment method
- cheque
- Established
- 1921
- ABN
- 15 967 688 916
- Service Notes
- Open Monday to Friday
- Other Links
- Other Email
- Category
- Certifications
- ISO 9001
- Keywords
- Cooling System, Hand Tools, Service Equipment, Soldering Irons, Tool, Tools, Torque Bars, Torque Multipliers, Torque Wrenches, Wheel Torque Bars
FAQs
What is better, micrometre type TW or deflecting beam TW?
Both types have their advantages, however, micrometre type torque wrenches use a coil spring to apply resistance. Coil springs may lose their compression properties if left under load for long periods of time. It is impossible to leave the deflecting beam under load and therefore the calibration will not be adversely affected.
When will I need to recalibrate my torque wrench?
Depending on usage, generally every 12 months or 10,000 cycles. We frequently see 20 year old torque wrenches that are still accurate.
How accurate is your Torque Wrench?
Warren & Brown torque wrenches are tested & calibrated across the scale to within +/- 2% of scale reading.