10 x Orange Tiger High Grade Shrimp Caridinia Sp 2cm

£175.00

Multi Buy Deals
Quantity Discount Discounted price
2 10% £157.50
3 15% £148.75
4 – 1000 20% £140.00

Multi Buy Discounts Automatically Applied in Basket

SKU: STF-HGS-11 Category:

Description

Orange Tiger Shrimp (High Grade) – Caridina sp.

Overview:
The Orange Tiger Shrimp is a vibrant high-grade Caridina variety, easily recognized by its bright orange body and tiger-like striping. Hardy, active, and eye-catching, it adds a burst of color to any shrimp collection.

Origin:
Derived from Asian Caridina species, selectively bred in captivity for intense orange coloration and striking patterns.

Feeding:
Omnivorous — thrives on biofilm, algae, high-quality shrimp pellets, blanched vegetables, and occasional protein-based foods.

Tank Mates:
Best kept in species-only tanks or with peaceful, small companions such as rasboras, otocinclus, and snails.

Aggression:
Completely peaceful — social and happiest in colonies.

Experience Level:
Suited for intermediate shrimp keepers, requiring stable, clean, and soft water conditions.

Water Parameters:

  • Temperature: 68–74°F (20–23°C)

  • pH: 6.0–6.8

  • Hardness: 3–8 dGH

  • KH: 0–2

  • TDS: 100–200 ppm

  • Minimum Tank Size: 10+ gallons

Bright, unique, and lively — the Orange Tiger Shrimp is an excellent choice for hobbyists seeking a colorful addition to their shrimp tank.

Sims Tropical Fish Livestock Guarantee & Delivery Policy

We do not offer refunds for livestock that arrive deceased (DOA) or for any losses that occur within the seven-day guarantee period.

INSURED LICENSED COURIER DELIVERY
  •  
WEDNESDAY, THURSDAY, FRIDAY AND SATURDAY

Collection Address:

You will receive delivery or collection date confirmation by email within 24 hours of purchase.

Can I change my delivery or collection date?

We manage and operate the logistics and distribution of aquatic livestock across the UK for both trade and retail customers

All sizes listed on our website are approximate, as livestock is seasonal and naturally variable