Structural engineering detail of 316 marine-grade invisible grill tensioning assembly
SYS. 02 / STRUCTURAL SPECIFICATIONS

Engineering Excellence.

Where high-tensile safety meets invisible design. Precision-engineered 316 marine-grade stainless steel assemblies calibrated for zero visual obstruction with maximum load resistance.

VIEW BLUEPRINTLOAD TEST DATA
FIG 1.0 / TENSIONING MECHANISM
MATERIAL SPEC316 STAINLESS STEEL ALLOY
TENSILE BREAKING LOAD420KG PER CABLE STRAND
PROFILE THICKNESS2.0MM CORE / 2.5MM OVERALL
01 /

Technical Blueprint & CAD Specs

Technical CAD blueprint drawing of VS invisible grill tensioning anchoring details
FIG 1.0: ANCHOR SYSTEM DETAIL & PULL-OUT LOAD VECTORS
02 /

Load Test Data & Engineering Metrics

TENSILE BREAKING LOAD
420 KG
Per Cable Strand (316 Marine Steel)
DYNAMIC IMPACT ENERGY
120 JOULES
Zero Strand Dislodgement
SALT SPRAY RESISTANCE1000+ HRSASTM B117 Marine Standard
CYCLONIC WIND PRESSURE
CLASS 4
Extreme Coastal Gust Compliant

01 // MATERIAL SCIENCE

science

Utilizing marine-grade 316 stainless steel, our cables offer exceptional tensile strength while maintaining a micro-profile. Resistant to oxidation and elemental degradation.

ALLOY316L SS
DIAMETER2.0mm - 2.5mm

02 // INSTALLATION PRECISION

straighten

Anchored via specialized aluminum channels (6000-T6) set directly into concrete slabs. Tension is calibrated uniformly across all vertical spans to eliminate deflection.

TOLERANCE±0.5mm
ANCHOR SPACING300mm c/c

03 // LOAD CAPACITY

weight

Engineered to withstand extreme impact forces. The distributed tension system transfers kinetic energy rapidly through the anchor network, preventing localized failure.

MAX TENSILE420kg
IMPACT CLASSCategory IV
ARCHITECTURAL & ENGINEERING DESK

Require CAD Blueprints or Load Calculations?

Connect with our Jaipur structural engineering desk for custom CAD specifications, anchor detail drawings, and site-specific tension calculations.